Manual Dentaurum Ingles

wire manual � en

Wires and ArchesTested in daily practice

For successful treatment results

2 wire manual � en

wire manual � en 3

IntroductionOrthodontic treatment relies essentially upon the elastic properties of wires. The spring forces produced when awire is bent are capable of regulating misaligned teeth and bone substance.

During the last few years, thanks to Dentaurum’s initiative, standards have been set for wire properties, at first ona national DIN standardized level and now at ISO level. This is not yet necessarily the norm internationally; evenso, Dentaurum is the first company world wide to present all their existing wires according to their properties andthese standardized demands (DIN 13971, ISO/CD 15841).

In this wire manual you will find the Order No. (REF) on the left hand side as usual and the mechanical propertiesof that relevant product on the right hand side.

From page 8 onwards the terms used in the wire manual and standards are explained. Further useful information,such as product descriptions for wires and arches, material lists including the chemical constituents of the metalalloys used to make the wires and conversion tables can be found in the appendix.

With these various wire descriptions and details we hope to have provided you with an aid and support in your daily work. Should you require any other information regarding the physical and technical properties of the wires and arches available in orthodontics, we recommend the comprehensive publication on this subject by Dr. F. Sernetz printed in the specialist journal Quintessenz Zahntechnik Bd 25, Heft 5-8, 1999, which we will be pleased to forward to you as a printed supplement at your request.

ContentsDentaurum wires and arches ............................................................................................................................. 4

A short overall view of the program available .................................................................................................... 6

Properties of Dentaurum’s wires and arches....................................................................................................... 8

Suggested applications for Dentaurum wires and arches ................................................................................. 14

Ordering program – wires and arches .............................................................................................................. 15

Appendix......................................................................................................................................................... 58


A wide spectrum of productsUsuable in almost every field Dentaurum’s assortment of wires, arches and wireelements, ranges from simple laboratory wire toarches made from special alloys such as the Tensic®

Ideal arch made from a thermo-active nickel titaniumalloy. It is not only the wide range of products whichis impressive but also its depth, with a variety of different shapes, dimensions and strengths. Thesewires are ideal for all treatment applications in bothorthodontic practices and laboratories. The specialbio-compatible range of Noninium® wires and archesfor especially sensitive patients concludes the range.

Perfect to the last detailReliable and guaranteed treatment resultsAll of Dentaurum’s wire and products are extremelyprecise and dimensionally accurate. This guaranteesthe best possible transfer of torque with minimallyrounded edges and outstanding friction due toexcellent surface quality. Dentaurum has decades ofexperience in the production of wires and arches.These qualities provide the confidence in knowingthat you can rely on products which are functionallymature and mechanically extremely precise at alltimes.

Large selection – excellent quality

Wires and arches from Dentaurum


Extraordinary mechanical propertiesHigh flexibility, high elasticityThe fine mechanical properties of Dentaurum’s wires and arches are achieved by an ideal combination of coldprocessing and heat treatment. Thanks to these processes you will always find the ideal amount of elongation,strength and elasticity to fulfil every requirement for effective orthodontic treatment.

Excellent surface qualityLow friction valuesThe so-called diamond polishing method used on Dentaurum’s remanium® and remaloy® wires and arches andthe special processing steps used on Ti and NiTi alloy wires produce virtually scratch-free surfaces, a prerequisite for the low friction values so important in orthodontic treatment. The ultimately smooth surfacesalso reduce the possibility of corrosion and plaque build-up.

Consistent top qualityReliable results every timeAll Dentaurum products undergo strict quality controls according to QM certification. Finest materials and optimalproduction conditions guarantee a consistent and reliable level of quality, also reason for their biocompatibilityand high resistance to oral corrosion. These qualities give the user confidence in his responsibility toward thepatient.

High cross-sectional accuracy and appropriately rounded edgesBest possible transfer of torque Dentaurum’s production techniques and the quality materials used, provide exact cross-sectional accuracy.Rounded edges are reduced to a minimum, so that the wire can sit perfectly and keeping the torque play minimal. This way the best possible torque transfer can be guaranteed.


Tensic®

Thermo-active, nickel titanium archesTensic® arches are super elastic and very easy to bend at room temperature. The transformation temperature,which is close to the body temperature, is responsible for the transfer of constant, gentle pressure, which prevents the risk of root resorption during the levelling phase.

Available in the strength categories

dentaflex®

Twisted and braided, stainless steel wires and archesdentaflex® wires and arches are available as triple strand, twisted wires. They are slightly stronger than the 6-strand, co-axial version, lower in cost and offer a well proven alternative to NiTi wires. Additionally availableare the dentaflex® 8-strand braided arches. These particular arches are especially useful for torque during the initial stages.


rematitan® ”LITE“Nickel titanium archesrematitan® ”LITE” arches are made from a super elastic, nickel titanium alloy. The super elasticity enables aneven and gentle transfer of force due to its elastic recovery, which makes rematitan® ”LITE” arches ideal in thelevelling stage. These wires can also be laser welded.


rematitan® SPECIALTitanium molybdenum wires and archesThe rematitan® SPECIAL wires and arches are a titanium molybdenum nickelfree* alloy, and therefore suitable for patients with nickel allergies. This alloy’s module of elasticity, which is considerably less comparedto that of stainless steel wires, creates significantly lower forces but at the same time enables high elasticityand easy bending properties.


remanium®

Stainless steel wires and archesremanium® wires and arches are the best solution when stronger forces are required or when precise torquecontrol is required towards the end of treatment. The wide spectrum of strength categories available in thisseries allows the use of remanium® wires and arches throughout the entire treatment, even when the wire isfrequently replaced. remanium® wires and arches are easy to form, possible to weld and have smooth, lowfriction surfaces.

Available in the strength categories 76543210

76543210

76543210

76543210

76543210

A short overview of the program


Noninium®

Nickelfree* stainless steel wires and arches Noninium® wires and arches are especially designed for patients with nickel allergies as they do not containnickel*. They are unbreakable and have outstanding mechanical properties. Available as triple or 6-strand, twisted wires.


remaloy®

CoCr wires and archesremaloy® wires and arches are a cobalt chrome alloy, which are tempered and unbreakable. This makes bending loops with fingers or pliers much easier. The surfaces are smooth, and low in friction.


EquireStainless steel arches, American styleEquire stainless steel arches are best suitable when forces are required such as those produced by remanium®

arches. They may be used throughout the entire treatment, even when the wire is frequently replaced. Equirearches are easy to form, and possible to weld and have smooth, low friction surfaces. The arch shape complies with the American orthodontic ideal size.


Thermo-active, nickel titanium arches, American styleEquire nickel titanium arches are super elastic. Apart from their arch shape they are identical to Tensic® archesand may be used throughout the entire treatment, even when the wire is frequently replaced. Equire archesare easy to form, and possible to weld and have smooth, low friction surfaces. The arch shape complies withthe American orthodontic ideal size.

Available in the strength categories 76543210

76543210

76543210

76543210

Strength Category N/mm2 Tensic® dentaflex® rematitan® ”LITE“ rematitan® SPECIAL remanium® Noninium® remaloy® Equire

middle plus 1100 – < 1400 Xhard 1400 – < 1600 X Xhard plus 1600 – < 1800 Xspring hard 1800 – < 2000 X Xspring hard plus 2000 – < 2300 X X X Xextra spring hard 2300 – < 2500 Xsuper spring hard 2500 – < 2700 X Xsuper elastic – X X X7

6

5

4

3

2

1

0

* in accordance with ISO 6871-1Nickel trace elements of ≤ 0.2% are due to the process of manufacturing.

according to DIN 13971

The following information is also the recently introduced standardization:

Wire measurementsWire measurements are given in mm according to the metric system. The previously used Anglo-saxon descriptions are permitted to be used as a code(not as a unit of measurement).

Example: An arch with the previous measurements of 0.016" x 0.022" can be described in a code form such as 16 x 22 wire. Its actual measurementshowever are given in mm – eg. 0.41 mm x 0.56 mm. Dentaurum has used thisform of description for years.

Measurement tolerances (measurement limits)The stated wire measurements must comply with certain specific precisionlimits, eg. a stated measurement may only deviate from the accurate measure-ments by a certain tolerance zone determined within the German standards DIN 13971 (see Tab. 1). Dentaurum wires complies with the measurement tolerance according to DIN 13971, which is stricter than the tolerance zonesstated within the ISO/CD 15841.

Linear and non-linear elastic wiresDue to the fact that orthodontic treatment is based upon the bending characteristics of a wire, the international agreement was to classify the wiresaccording to their elasticity. The wires are divided into linear characteristics (Type 1 wires) and non-linear characteristics (Type 2 wires). When wires withlinear elasticity undergo mechanical pressure, they show direct (linear) propor-tional pressure right up to their material’s elastic capacity. All wires belonging tothis Type 1 are made of stainless steel (remanium®, dentaflex®, Noninium®,Equire), cobalt chrome alloy (remaloy®) or Titanium alloy (rematitan®-SPECIAL).Wires belonging to the non-linear elasticity type 2 wires, eg. Non-proportionalelongation when subjected to mechanical pressure, are the super elastic nickeltitanium alloys (rematitan® ”LITE”, Tensic®, Equire).

Properties of Dentaurum’s wires and


diameter

diagonal measure-ments

non-linear

linear

b

h

arches


Tab. 1: Measurements and deviations for orthodontic square wires according to DIN 13971(Measurements in millimeters)

Description Height (mm) Width (mm) Diagonal Measurements(mm)

h Measurement Limits b Measurement Limits Deff Measurement Limits

014 x 14 0,36 +0,012) 0,36 +0,012) 0,50 -0,04

0 00

16 x 16 0,41 0,41 +0,012) 0,57 -0,060 0

16 x 18 0,41 -0,012) 0,46 ±0,01 0,61 -0,100 0

16 x 20 0,41 0,51 ±0,01 0,64 -0,120

16 x 22 0,41 0,56 ±0,01 0,68 -0,120

17 x 17 0,43 0,43 ±0,01 0,60 -0,060

17 x 22 0,43 ±0,01 0,56 ±0,01 0,70 -0,120

17 x 25 0,43 0,64 ±0,01 0,76 -0,120

18 x 18 0,46 0,46 0-0,013) 0,63 -0,040 0

18 x 22 0,46 -0,013) 0,56 ±0,01 0,71 -0,100

18 x 25 0,46 0,64 ±0,01 0,77 -0,120

19 x 25 0,48 ±0,01 0,64 0±0,01 0,79 -0,1220 x 20 0,51 0 0,51 -0,013) 0,70 020 x 25 0,51 -0,013) 0,64 ±0,01 0,80 -0,1220 x 28 0,51 0,70 ±0,01 0,8521 x 21 0,53 0,53 ±0,01 0,74 021 x 25 0,53 ±0,01 0,64 ±0,01 0,82 -0,1221 x 28 0,53 0,70 ±0,01 0,87

022 x 22 0,56 0 0,56 -0,013) 0,77 022 x 25 0,56 -0,013) 0,64 ±0,01 0,83 -0,1222 x 28 0,56 0,70 ±0,01 0,88

032 x 32 0,81 ±0,02 0,81 ±0,02 1,14 -0,151) Other wire measurements are possible as long as they do not exceed the stated measurement limits

according to table 2. 2) Only the upper measurement limits should be applied to avoid a rotation of the wire within the bracket or tube.3) Only the lower measurement limits should be applied due to the slot width of bracket and tube.

Type 1 wires (linear elastic wires)The mechanical characteristics of type 1 wires are defined as follows:

1. Elasticity module EThe elasticity module E (unit of measurement kN/mm2) as a physical characteristic (at room temperature) describes the stiffness of the wire material. The value is determined by the rate of increase of pressure in ratioto the elongation curve in the elastic zone during the traction tests (E = σ / ε, compared fig. 1).

2. Stress proof Rp0.2The stress proof value represents the maximum force a wire can withstand when elastically stretched. It is a technical measurement and therefore depends upon the production process and can subsequently be differentfor each wire. For measurement reasons, the proof stress Rp0.2 (measured in N/mm2) is taken instead of the elasticity limit, since the remaining deformation (stretching) of 0.2% is the same as the elongation limit of Rp0.2(fig. 1). It describes the limit up to which a wire can withhold its elasticity without any remaining deformation(up to 0.2%). This information is not relevant for twisted wires, hence the omission of the ISO/CD 15841.

3. Tensile strength RmThe tensile strength Rm (measured in N/mm2) is the maximum stress registered in a stress-strain curve (fig. 1).Similar to the stress proof, this measurement is technical and therefore not necessarily relevant for the elasticcharacteristics of a wire. Until now (also in the DIN 13971) the tensile strength has been used as a classificationof wire strength or hardness. A ”spring hard” or ”Extra-spring hard” wire is determined by its tensile strength.However, it is more appropriate to distinguish the wires using the stress proof value Rp0.2, which is additionallystated in this brochure. The tensile strength is interesting as much as its relationship between Rp0.2/Rm as a unit of measurement for the brittleness of a wire. This is important when bending wires using pliers. The larger the Rp0.2 is in relationship to Rm value, the quicker the wire will break. This information is not relevantfor twisted wires, hence the omission of the ISO/CD 15841.

4. Extension AThe extension value A (measured in %) shows the amount of force a wire can withstand during traction before breaking (tensile strength tests) (fig. 1). A high extension value shows that a wire has good plastic malleability (easy to bend). This information is not relevant for twisted wires, hence the omission of the ISO/CD 15841.


3000

2000

1000

00 1 2 3

Rm

0,2 A

Rp0,2

Re

Elongation ε [%]

Tensile stress σ [N/mm2]

Fig. 1: Diagram representing the stress – strain curve of a malleable material (metal) including the relevant size details.

E=

εε σσ


Fig. 2. Forces produced during labio-lingual deflection andexample of calculation.

Fig. 3: Forces produced during occlusal-gingival deflectionand example of calculation.

5. Flex strength SbThe force required to bend a type 1 wire is proportional to the deflection. This depends upon the wire’s diameter and length. It has been agreed in the ISO/CD 15841 that the so-called 3 point strength test shouldbe undertaken using a wire length of 10 mm and medium force. The length of 10 mm and medium force corresponds to the distance between three neighbouring brackets with the central bracket acting as thedeflection element. The flexural strength Sb (measured in N/mm) is therefore the method of measurement,which states the stiffness of each individual wire diameter when being bent. In orthodontics this measurementaids in assessing the amount of force a particular wire will exert when correcting misaligned teeth (fig. 2 and fig. 3).As with all wires, the labio-lingual deflection values (flex 1st degree) are stated separately from the occlusal-gingival values (flex 2nd degree).

6. Flex limit S0.1If, when a wire is being bent, the elasticity limit is exceeded, the wire will remain deformed. Similar to the tensile strength tests, the elasticity limit is also difficult to measure. Analogous to the proof stress Rp0.2, theflexural limit S0.1 (measured in N) states the flexural strength, defined when there is a remaining wire de-formation of 0.1 mm after testing. A type 1 wire can keep its elasticity entirely up to the flexural limit. As with all wires, the labio-lingual de-flection values (flex 1st degree) are stated separately from the occlusal-gingival values (flex 2nd degree).

The characteristics Rp0.2, Rm, A, Sb and S0.1 for typical Dentaurum type 1 wires are statedfor each individual Order No. (REF) according to wire and wire measurement.

10 mm

Type 1 wires: Fa = Sb (1st degree) x a(Example: remanium® 16 x 22, a = 0.5 mm)

F0.5 = 27.2 N/mm x 0.5 mm = 13.6 N ≈ 1360 g

Type 2 wires: Fa = F0.5 (1st degree)(Example: Tensic® 16 x 22, a = 0.5 mm)

F0.5 = 1.18 N ≈ 118 g

Type 1 wires: Fa = Sb (2nd degree) x a(Example: remanium® 16 x 22, a = 0.5 mm)F0.5 = 14.6 N/mm x 0.5 mm = 7.3 N ≈ 730 g

Type 2 wires: Fa = F0.5 (2nd degree)(Example: Tensic® 16 x 22, d = 0.5 mm)

F0.5 = 0.63 N ≈ 63 g

Force Fa

10 mm

a

a

Force Fa

Type 2 wires (super elastic wires)NiTi wire has been widely used for decades in orthodontics due to its unique mechanical properties which differ from other metals such as stainless steel. At first, NiTi wire (eg. Nitinol) was used because of its low elasticity module (1/5 of that of steel) and its extraordinarily large linear elasticity and reversibility. Originally thesuper elasticity of these wires was suppressed using the cold processing method. In the last few years, thanksto specific transformation temperature selection, it has been possible to influence NiTi alloy wires to react in a non-linear elastic manner when under stress (traction or bending) at body temperature. During bending, the elongation value does not increase in a linear manner, but curves to a flexural force plateau, and thenincreases without any considerable increase in force. Once the pressure is released the effect is reversible withthe difference that the flexural force plateau is lower than when under pressure.

The differences with the NiTi wires from Dentaurum (rematitan® ”LITE", Tensic® and Equire) are their transformation temperatures and therefore their different bending force values, at given wire cross sectionmeasurements, depending upon body temperature and transformation temperatures.

For type 2 wires the mechanical properties may be defined as follows:

1. Flexural force plateau F3.0, F2.0, F1.0, F0.5As determined in the ISO/CD15841, the mechanical properties of type 2 wires with non-linear elasticity, eg.the super elastic NiTi wires, must only be determined using the 3 point flexural test. These wires (rematitan®

”LITE", Tensic® and Equire) react in a super elastic manner under force and are reversible to a large extent. Theflexural forces Fa (measured in N) are therefore stated at a determined deflection value (fig. 4) of 3.1 mm andthen again after having been released at 3.0, 2.0, 1.0 and 0.5 mm. The orthodontist is subsequently able todistinguish from the tables not only how much force will be exerted onto the patient’s misaligned teeth butalso at which consistency these forces work. The established forces apply at body temperature (37 ± 2) °C /(98.6 ± 35.6) °F.With square wires the flexural force plateau for labio-lingual deflection values (flex 1st degree) is stated separatelyfrom the occlusal-gingival values (flex 2nd degree).

2. Reversibility Rev.As a rule, if the super elastic wires show mechanical properties of high elasticity they will also prove to be rever-sible Rev. (measured in %) during force and after release. For this reason reversibility is determined by thedegree of deformation after bending (in %) at a deflection value of 3.1 mm and then completely released.

3. Transformation temperature AfThe mechanical properties of the NiTi wires used in orthodontics depend upon the transformation temperatures,whereby the martensitic phase converts into the austenitic phase. According to the ISO/CD 15841 so-calledaustenitic finish temperature Af (measured in °C / °F) is a temperature which is determined when the marten-sitic phase has completely converted into the austenitic phase. The smaller the difference between the bodytemperature and the Af is, the lower the forces are at the super elastic plateau (flexural force plateau).

The characteristics F3.0, F2.0, F1.0, F0.5, Rev. and Af for typical Dentaurum type 2 wires are stated for each individual Order No. (REF) according to wire and wire measurement.


F3,0

F2,0F1,0F0,5

0,5Rev. 1,0 2,0 3,0 3,1

Deflection [mm]

Force F[N]load

unload

Fig. 4: Force-deflection-curve

>

<


Material componentsAll wires used in orthodontics are made from metal alloys. The chemical components (in percentages) can befound in the material list in the appendix.

Corrosive behaviourThe bio-compatibility of the individual metal alloy wires can be distinguished by their corrosive behaviour. Thecorrosive behaviour is tested according to the international standards ISO 10271. Dentaurum can declare witha clear conscience that all their existing wires have passed this test proving excellent resistance to corrosion.

Austenitic structuresIron alloys (steels) are available in various crystalline structures according to their chemical constituents anddepending on their temperature.

Austenitic structures in steel are determined by their cubic surface lattice structures, showing no ferro-magnetisms (cannot be magnetised like a rod magnet). Normal steels (eg. building steel) are only stable at temperatures of over 900 °C / 1652 °F. Austenitic lattice structures can be observed at room temperature inthe so-called austenitic, rust-free, chrome-nickel steels.

With the nickel titanium alloys used in orthodontics, the existing crystalline structure (cubic space lattice structure) created at higher temperatures, converts into a hexagonal dense crystalline structure at the so-called transformation temperature. Here too the high temperature phase is known as austenitic and the lowertemperature phase is known as martensitic.

Martensitic structuresThe martensitic structures of low alloyed steels, known as cubic space lattices, convert into the austenitic phasewhen abruptly cooled (when ”quenched”) to lower temperatures. The transformation occurs suddenly. Afterquenching, more carbon is released in the martensitic phase than the thermo dynamic equilibrium can yield.In this condition, steel is extremely hard and brittle. It is possible to adjust the hardness and strength preciselyusing appropriate heat treatments such as tempering or annealing.

With nickel titanium alloys used in orthodontics, similar crystalline processes occur as with steel. The austeniticphase created by higher temperatures is converted into the martensitic phase by lower temperatures. This conversion in NiTi alloys occurs with a certain hysteresis and at a particular temperature zone, which is lowerduring cooling than heating. The mechanical characteristics in the austenitic phase comply with type 1 wiresand are very different in the martensitic phase. For example, a bent wire in a martensitic state will re-adjustinto its original form when heated above the transformation temperature. This effect is known as the shapememory effect.

A martensitic transformation can also be initiated during mechanical force in the austenitic phase, when the force is exerted at a temperature just above the transformation temperature (stress induced martensiticstructure). In this state the NiTi wire has super elastic characteristics.


Suggested applications forDentaurum wires and arches

Wire material

Tensic®

roundTensic® White

roundTensic®

rectangularTensic® Whiterectangular

dentaflex® 3-strandround

dentaflex® 3-strandrectangular

dentaflex® 6-strandround

dentaflex® 8-strandrectangular

Noninium® 3-strandround

Noninium® 3-strandrectangular

Noninium® 6-strandround

rematitan® ”LITE“round

rematitan® ”LITE“ Whiteround

rematitan® ”LITE“rectangular

rematitan® ”LITE“ Whiterectangular

rematitan® Specialround

rematitan® Specialrectangularremanium®

roundremanium®

rectangularNoninium®

roundNoninium® White

roundNoninium®

rectangularNoninium® White

rectangularremaloy®

rectangularEquire NiTi thermo-

active, roundEquire NiTi thermo-active, rectangular

Equire stainless steelround

Equire stainless steelrectangular

very good good

Initial Phase

Levelling

++ ++ ++

++ ++ ++

++ ++ + ++ ++ +

++ ++ + ++ ++ +

++ +

+ ++ + +

++ +

++ ++ + +

++ +

+ ++ + +

++ +

++ ++ ++

++ ++ ++

+ ++ + ++ ++ +

+ ++ + ++ ++ +

+ + ++ + + +

+ ++ + ++ ++ + ++

+ + ++ + + +

++ ++ ++ ++ ++

+ + ++ + + +

+ + ++ + + +

++ ++ ++ ++ ++

++ ++ ++ ++ ++

+ + ++ ++ + +

++ ++ ++

++ ++ + ++ ++ +

+ + ++ + + +

++ ++ ++ ++ ++

++ +

Torque RotationTooth-arch

compensationTorque Rotation

Retractionwith loops

Tooth-archcompensation

Torque

Intermediate Phase Final Phase


Ordering program – wires and arches Dentaurum wires and arches

Catalogue set upThe following pages are showing a list of the complete Dentaurum wires and arches program. In this way it is possible to distinguish all characteristics and properties, easily and at a glance, for all Dentaurum’s wiresand arches.

On the left hand side you will find the same details as in our previous catalogue such asmeasurements and Order No. (REF). On the right hand side you will find the relevant mechanical properties.

KeyTerms and AbbreviationsSymbol Tolerance Meaning and units of measurement

Type 1 wires

E-Modul ± 10% Elasticity module (kN/mm2) Rm ± 100 N/mm2 Tensile strength (N/mm2)Rp0.2 ± 100 N/mm2 0.2% Proof stress (N/mm2)A ± 10% Extension (%)Sb (1. Deg.) ± 10% Flexural strength (N/mm) in labio-lingual deflection (flex 1st degree)S0.1 (1. Deg.) ± 10% Flexural limit (N) in labio-lingual deflection (flex 1st degree)Sb (2. Deg.) ± 10% Flexural strength (N/mm) in occluso-gingival deflection (flex 2nd degree)S0.1 (2. Deg.) ± 10% Flexural limit (N) in occluso-gingival deflection (flex 2nd degree)

Type 2 wires

Af ± 5°C/41°F Austenitic Finish Temperatur (°C/°F) Transformation temperatureRev. ± 2% Reversibility, degree of remaining deformation (%)F3.0 (1. Deg.) ± 10% Force (N) at 3.0 mm labio-lingual deflection (flex 1st degree)F2.0 (1. Deg.) ± 10% Force (N) at 2.0 mm labio-lingual deflection (flex 1st degree)F1.0 (1. Deg.) ± 10% Force (N) at 1.0 mm labio-lingual deflection (flex 1st degree)F0.5 (1. Deg.) ± 10% Force (N) at 0.5 mm labio-lingual deflection (flex 1st degree)F3.0 (2. Deg.) ± 10% Force (N) at 3.0 mm occluso-gingival deflection (flex 2nd degree)F2.0 (2. Deg.) ± 10% Force (N) at 2.0 mm occluso-gingival deflection (flex 2nd degree)F1.0 (2. Deg.) ± 10% Force (N) at 1.0 mm occluso-gingival deflection (flex 2nd degree)F0.5 (2. Deg.) ± 10% Force (N) at 0.5 mm occluso-gingival deflection (flex 2nd degree)

16 wire manual � en * Dimensions and strength classification acc. to DIN 13971

Wires · Arches

Fixed Appliance Technique

Tensic® Ideal Arches, roundThermo-active Nickel Titanium AlloyStrength category: super elasticalso see Tensic® White and EquireMaxillary - Center marking 3 dots · Mandibular - Center marking 1 dotColor coded packaging: orange

ø Length Diagonal M. REF Quantity0,30 mm / 12 – – 766-700-00 10 pieces0,35 mm / 14 – – 766-702-00 10 pieces0,40 mm / 16 – – 766-704-00 10 pieces0,45 mm / 18 – – 766-706-00 10 pieces


Tensic® Ideal Arches, rectangularThermo-active Nickel Titanium AlloyStrength category: super elasticalso see Tensic® White and EquireMaxillary - Center marking 3 dots · Mandibular - Center marking 1 dotColor coded packaging: orange

F Length Diagonal M. REF Quantity0,41 x 0,41 mm / 16 x 16 – 0,54 mm 766-710-00 10 pieces0,41 x 0,56 mm / 16 x 22 – 0,62 mm 766-712-00 10 pieces0,43 x 0,64 mm / 17 x 25 – 0,70 mm 766-714-00 10 pieces0,46 x 0,64 mm / 18 x 25 – 0,71 mm 766-716-00 10 pieces0,48 x 0,64 mm / 19 x 25 – 0,73 mm 766-718-00 10 pieces0,53 x 0,64 mm / 21 x 25 – 0,76 mm 766-720-00 10 pieces


dentaflex® Straight Wires, round, triple-strand twistedStrength category: super spring hard * · 2500 to under 2700 N/mm2

also see Noninium®

Color coded packaging: red

ø Length Diagonal M. REF Quantity0,38 mm / 15 each 380 mm – 545-738-00 10 pieces0,45 mm / 18 each 380 mm – 545-745-00 10 pieces0,50 mm / 20 each 380 mm – 545-750-00 10 pieces

wire manual � en 17Maxillary Mandibular

Af Rev. F3,0 (1. Deg.) F2,0 (1. Deg.) F1,0 (1. Deg.) F0,5 (1. Deg.) F3,0 (2. Deg.) F2,0 (2. Deg.) F1,0 (2. Deg.) F0,5 (2. Deg.)30 °C/86 °F 2 % 0,49 N 0,33 N 0,29 N 0,27 N 0,49 N 0,33 N 0,29 N 0,27 N30 °C/86 °F 2 % 0,91 N 0,60 N 0,53 N 0,49 N 0,91 N 0,60 N 0,53 N 0,49 N30 °C/86 °F 2 % 1,55 N 1,03 N 0,90 N 0,84 N 1,55 N 1,03 N 0,90 N 0,84 N30 °C/86 °F 2 % 2,48 N 1,65 N 1,44 N 1,35 N 2,48 N 1,65 N 1,44 N 1,35 N

Thermo-active nickel titanium


Af Rev. F3,0 (1. Deg.) F2,0 (1. Deg.) F1,0 (1. Deg.) F0,5 (1. Deg.) F3,0 (2. Deg.) F2,0 (2. Deg.) F1,0 (2. Deg.) F0,5 (2. Deg.)30 °C/86 °F 2 % 1,93 N 0,68 N 0,57 N 0,46 N 1,93 N 0,68 N 0,57 N 0,46 N30 °C/86 °F 2 % 4,92 N 1,74 N 1,44 N 1,18 N 2,64 N 0,93 N 0,77 N 0,63 N30 °C/86 °F 2 % 7,71 N 2,73 N 2,25 N 1,85 N 3,48 N 1,23 N 1,02 N 0,83 N30 °C/86 °F 2 % 8,24 N 2,92 N 2,41 N 1,98 N 4,26 N 1,51 N 1,25 N 1,02 N30 °C/86 °F 2 % 8,60 N 3,05 N 2,52 N 2,06 N 4,84 N 1,71 N 1,42 N 1,16 N30 °C/86 °F 2 % 9,50 N 3,36 N 2,78 N 2,28 N 6,51 N 2,31 N 1,91 N 1,56 N



E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 – – – 1,03 N/mm 1,21 N 1,03 N/mm 1,21 N170 kN/mm2 – – – 2,03 N/mm 2,38 N 2,03 N/mm 2,38 N170 kN/mm2 – – – 3,09 N/mm 3,60 N 3,09 N/mm 3,60 N

Twisted and braided stainless steel


Wires · Arches


dentaflex® Straight Wires, round, six-strand, twisted, “co-axial”Strength category: spring hard plus * · 2000 to under 2300 N/mm2

also see Noninium®


ø Length Diagonal M. REF Quantity0,38 mm / 15 each 380 mm – 545-638-00 10 pieces0,45 mm / 18 each 380 mm – 545-645-00 10 pieces

dentaflex® Coil of Wire round, triple-strand twistedStrength category: spring hard plus * · 2000 to under 2300 N/mm2

ø Length Diagonal M. REF Quantity0,38 mm / 15 4 m – 545-738-01 1 piece0,45 mm / 18 4 m – 545-745-01 1 piece

dentaflex® Coil of Wire round, six-strand, twisted, “co-axial”Strength category: spring hard plus * · 2000 to under 2300 N/mm2

ø Length Diagonal M. REF Quantity0,38 mm / 15 4 m – 545-638-01 1 piece0,45 mm / 18 4 m – 545-645-01 1 piece

dentaflex® Ideal Arches, round, triple-strand twistedStrength category: super spring hard * · 2500 to under 2700 N/mm2

also see Noninium®

Maxillary - Center marking 3 dots · Mandibular - Center marking 1 dotColor coded packaging: red

ø Length Diagonal M. REF Quantity0,38 mm / 15 – – 766-120-00 10 pieces0,38 mm / 15 – – 766-120-01 50 pieces0,45 mm / 18 – – 766-122-00 10 pieces0,45 mm / 18 – – 766-122-01 50 pieces0,50 mm / 20 – – 766-124-00 10 pieces

ø Length Diagonal M. REF Quantity0,38 mm / 15 – – 766-121-00 10 pieces0,38 mm / 15 – – 766-121-01 50 pieces0,45 mm / 18 – – 766-123-00 10 pieces0,45 mm / 18 – – 766-123-01 50 pieces0,50 mm / 20 – – 766-125-00 10 pieces

dentaflex® Ideal Arches, round, six-strand, twisted, “co-axial”Strength category: super spring hard * · 2500 to under 2700 N/mm2

also see Noninium®




E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 – – – 0,46 N/mm 0,63 N 0,46 N/mm 0,63 N170 kN/mm2 – – – 0,91 N/mm 1,25 N 0,91 N/mm 1,25 N






E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 – – – 1,00 N/mm 1,20 N 1,00 N/mm 1,20 N170 kN/mm2 – – – 1,00 N/mm 1,20 N 1,00 N/mm 1,20 N170 kN/mm2 – – – 2,00 N/mm 2,20 N 2,00 N/mm 2,20 N170 kN/mm2 – – – 2,00 N/mm 2,20 N 2,00 N/mm 2,20 N170 kN/mm2 – – – 3,00 N/mm 3,50 N 3,00 N/mm 3,50 N


E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 – – – 1,00 N/mm 1,20 N 1,00 N/mm 1,20 N170 kN/mm2 – – – 1,00 N/mm 1,20 N 1,00 N/mm 1,20 N170 kN/mm2 – – – 2,00 N/mm 2,20 N 2,00 N/mm 2,20 N170 kN/mm2 – – – 2,00 N/mm 2,20 N 2,00 N/mm 2,20 N170 kN/mm2 – – – 3,00 N/mm 3,50 N 3,00 N/mm 3,50 N

E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 – – – 0,70 N/mm 0,80 N 0,70 N/mm 0,80 N170 kN/mm2 – – – 0,70 N/mm 0,80 N 0,70 N/mm 0,80 N170 kN/mm2 – – – 1,30 N/mm 1,50 N 1,30 N/mm 1,50 N170 kN/mm2 – – – 1,30 N/mm 1,50 N 1,30 N/mm 1,50 N



Wires · Arches


dentaflex® Ideal Arches, round, six-strand, twisted, “co-axial”Strength category: super spring hard * · 2500 to under 2700 N/mm2

also see Noninium®



dentaflex® Ideal Arches, rectangular, triple-strand twistedStrength category: super spring hard * · 2500 to under 2700 N/mm2


F Length Diagonal M. REF Quantity0,41 x 0,41 mm / 16 x 16 – 0,54 mm 766-130-00 10 pieces0,41 x 0,56 mm / 16 x 22 – 0,62 mm 766-132-00 10 pieces0,41 x 0,56 mm / 16 x 22 – 0,62 mm 766-132-01 50 pieces


dentaflex® Ideal Arches, rectangular, eight-strand, braidedStrength category: super spring hard * · 2500 to under 2700 N/mm2


F Length Diagonal M. REF Quantity0,41 x 0,41 mm / 16 x 16 – 0,54 mm 766-100-00 10 pieces0,41 x 0,41 mm / 16 x 16 – 0,54 mm 766-100-01 50 pieces0,41 x 0,56 mm / 16 x 22 – 0,62 mm 766-101-00 10 pieces0,41 x 0,56 mm / 16 x 22 – 0,62 mm 766-101-01 50 pieces0,43 x 0,64 mm / 17 x 25 – 0,70 mm 766-103-00 10 pieces0,46 x 0,64 mm / 18 x 25 – 0,71 mm 766-104-00 10 pieces0,48 x 0,64 mm / 19 x 25 – 0,73 mm 766-105-00 10 pieces



E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 – – – 0,70 N/mm 0,80 N 0,70 N/mm 0,80 N170 kN/mm2 – – – 0,70 N/mm 0,80 N 0,70 N/mm 0,80 N170 kN/mm2 – – – 1,30 N/mm 1,50 N 1,30 N/mm 1,50 N170 kN/mm2 – – – 1,30 N/mm 1,50 N 1,30 N/mm 1,50 N





E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 – – – 1,00 N/mm 2,40 N 1,00 N/mm 2,40 N170 kN/mm2 – – – 1,00 N/mm 2,40 N 1,00 N/mm 2,40 N170 kN/mm2 – – – 2,60 N/mm 4,00 N 1,40 N/mm 3,00 N170 kN/mm2 – – – 2,60 N/mm 4,00 N 1,40 N/mm 3,00 N170 kN/mm2 – – – 4,00 N/mm 6,00 N 1,80 N/mm 4,00 N170 kN/mm2 – – – 4,30 N/mm 6,20 N 2,20 N/mm 4,50 N170 kN/mm2 – – – 4,50 N/mm 6,50 N 2,50 N/mm 5,00 N


E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 – – – 1,00 N/mm 2,40 N 1,00 N/mm 2,40 N170 kN/mm2 – – – 1,00 N/mm 2,40 N 1,00 N/mm 2,40 N170 kN/mm2 – – – 2,60 N/mm 4,00 N 1,40 N/mm 3,00 N170 kN/mm2 – – – 2,60 N/mm 4,00 N 1,40 N/mm 3,00 N170 kN/mm2 – – – 4,00 N/mm 6,00 N 1,80 N/mm 4,00 N170 kN/mm2 – – – 4,30 N/mm 6,20 N 2,20 N/mm 4,50 N170 kN/mm2 – – – 4,50 N/mm 6,50 N 2,50 N/mm 5,00 N


Wires · Arches


Noninium® Straight Wires, round, triple-strand twistedNickelfree** · Nickel trace elements of ≤ 0.2% are due to the process of manufacturing.Strength category: super spring hard * · 2500 to under 2700 N/mm2

Color coded packaging: green


Noninium® Straight Wires, round, six-strand, twisted "co-axial"Nickelfree** · Nickel trace elements of ≤ 0.2% are due to the process of manufacturing.Strength category: super spring hard * · 2500 to under 2700 N/mm2



Noninium® Ideal Arches, round, triple-strand twistedNickelfree** · Nickel trace elements of ≤ 0.2% are due to the process of manufacturing.Strength category: super spring hard * · 2500 to under 2700 N/mm2

Maxillary - Center marking 3 dots · Mandibular - Center marking 1 dotColor coded packaging: green

ø Length Diagonal M. REF Quantity0,38 mm / 15 – – 764-053-00 10 pieces0,45 mm / 18 – – 764-055-00 10 pieces0,50 mm / 20 – – 764-057-00 10 pieces

ø Length Diagonal M. REF Quantity0,38 mm / 15 – – 764-054-00 10 pieces0,45 mm / 18 – – 764-056-00 10 pieces0,50 mm / 20 – – 764-058-00 10 pieces

Noninium® Ideal Arches, rectangular, triple-strand twistedNickelfree** · Nickel trace elements of ≤ 0.2% are due to the process of manufacturing.Strength category: super spring hard * · 2500 to under 2700 N/mm2


F Length Diagonal M. REF Quantity0,41 x 0,41 mm / 16 x 16 – 0,54 mm 764-059-00 10 pieces0,41 x 0,56 mm / 16 x 22 – 0,62 mm 764-061-00 10 pieces




Nickelfree** stainless steel** in accordance with ISO 6871-1









ø Length Diagonal M. REF Quantity0,30 mm / 12 – – 766-058-00 10 pieces0,35 mm / 14 – – 766-080-00 10 pieces0,35 mm / 14 – – 766-080-01 50 pieces0,40 mm / 16 – – 766-082-00 10 pieces0,40 mm / 16 – – 766-082-01 50 pieces0,45 mm / 18 – – 766-084-00 10 pieces0,45 mm / 18 – – 766-084-01 50 pieces


Wires · Arches


Noninium® Ideal Arches, round, six-strand, twisted "co-axial"Nickelfree** · Nickel trace elements of ≤ 0.2% are due to the process of manufacturing.Strength category: super spring hard * · 2500 to under 2700 N/mm2


ø Length Diagonal M. REF Quantity0,38 mm / 15 – – 764-073-00 10 pieces0,45 mm / 18 – – 764-075-00 10 pieces


rematitan® "LITE" Coil of Wire roundStrength category: super elasticFor a better levelling, insert directly after bonding.

F Length Diagonal M. REF Quantity0,30 mm / 12 4,5 mm – 766-094-00 1 piece0,35 mm / 14 4,5 mm – 766-095-00 1 piece

rematitan® "LITE" Ideal Arches, roundStrength category: super elasticalso see the version with dimple and narrow arch form as well as rematitan® "LITE" White WireMaxillary - Center marking 3 dots · Mandibular - Center marking 1 dotColor coded packaging: orange

ø Length Diagonal M. REF Quantity0,30 mm / 12 – – 766-059-00 10 pieces0,35 mm / 14 – – 766-081-00 10 pieces0,35 mm / 14 – – 766-081-01 50 pieces0,40 mm / 16 – – 766-083-00 10 pieces0,40 mm / 16 – – 766-083-01 50 pieces0,45 mm / 18 – – 766-085-00 10 pieces0,45 mm / 18 – – 766-085-01 50 pieces

Af Rev. F3,0 (1. Deg.) F2,0 (1. Deg.) F1,0 (1. Deg.) F0,5 (1. Deg.) F3,0 (2. Deg.) F2,0 (2. Deg.) F1,0 (2. Deg.) F0,5 (2. Deg.)–10 °C/–50 °F 2 % 0,67 N 0,62 N 0,58 N 0,51 N 0,67 N 0,62 N 0,58 N 0,51 N–10 °C/–50 °F 2 % 1,24 N 1,14 N 1,07 N 0,95 N 1,24 N 1,14 N 1,07 N 0,95 N–10 °C/–50 °F 2 % 1,24 N 1,14 N 1,07 N 0,95 N 1,24 N 1,14 N 1,07 N 0,95 N–10 °C/–50 °F 2 % 2,12 N 1,94 N 1,82 N 1,55 N 2,12 N 1,94 N 1,82 N 1,55 N–10 °C/–50 °F 2 % 2,12 N 1,94 N 1,82 N 1,55 N 2,12 N 1,94 N 1,82 N 1,55 N–10 °C/–50 °F 2 % 3,39 N 3,11 N 2,92 N 2,59 N 3,39 N 3,11 N 2,92 N 2,59 N–10 °C/–50 °F 2 % 3,39 N 3,11 N 2,92 N 2,59 N 3,39 N 3,11 N 2,92 N 2,59 N





Af Rev. F3,0 (1. Deg.) F2,0 (1. Deg.) F1,0 (1. Deg.) F0,5 (1. Deg.) F3,0 (2. Deg.) F2,0 (2. Deg.) F1,0 (2. Deg.) F0,5 (2. Deg.)–10 °C/–50 °F 2 % 0,67 N 0,62 N 0,58 N 0,51 N 0,67 N 0,62 N 0,58 N 0,51 N–10 °C/–50 °F 2 % 1,24 N 1,14 N 1,07 N 0,95 N 1,24 N 1,14 N 1,07 N 0,95 N

Nickel titanium

Nickel titanium

Af Rev. F3,0 (1. Deg.) F2,0 (1. Deg.) F1,0 (1. Deg.) F0,5 (1. Deg.) F3,0 (2. Deg.) F2,0 (2. Deg.) F1,0 (2. Deg.) F0,5 (2. Deg.)–10 °C/–50 °F 2 % 0,67 N 0,62 N 0,58 N 0,51 N 0,67 N 0,62 N 0,58 N 0,51 N–10 °C/–50 °F 2 % 1,24 N 1,14 N 1,07 N 0,95 N 1,24 N 1,14 N 1,07 N 0,95 N–10 °C/–50 °F 2 % 1,24 N 1,14 N 1,07 N 0,95 N 1,24 N 1,14 N 1,07 N 0,95 N–10 °C/–50 °F 2 % 2,12 N 1,94 N 1,82 N 1,55 N 2,12 N 1,94 N 1,82 N 1,55 N–10 °C/–50 °F 2 % 2,12 N 1,94 N 1,82 N 1,55 N 2,12 N 1,94 N 1,82 N 1,55 N–10 °C/–50 °F 2 % 3,39 N 3,11 N 2,92 N 2,59 N 3,39 N 3,11 N 2,92 N 2,59 N–10 °C/–50 °F 2 % 3,39 N 3,11 N 2,92 N 2,59 N 3,39 N 3,11 N 2,92 N 2,59 N


Wires · Arches


rematitan® "LITE" Ideal Arches, rectangularStrength category: super elasticalso see the version with dimple and narrow arch form as well as rematitan® "LITE" White Wire Maxillary - Center marking 3 dots · Mandibular - Center marking 1 dotColor coded packaging: orange

F Length Diagonal M. REF Quantity0,41 x 0,41 mm / 16 x 16 – 0,54 mm 766-088-00 10 pieces0,41 x 0,41 mm / 16 x 16 – 0,54 mm 766-088-01 50 pieces0,41 x 0,56 mm / 16 x 22 – 0,62 mm 766-090-00 10 pieces0,41 x 0,56 mm / 16 x 22 – 0,62 mm 766-090-01 50 pieces0,43 x 0,64 mm / 17 x 25 – 0,70 mm 766-092-00 10 pieces

F Length Diagonal M. REF Quantity0,41 x 0,41 mm / 16 x 16 – 0,54 mm 766-089-00 10 pieces0,41 x 0,41 mm / 16 x 16 – 0,54 mm 766-089-01 50 pieces0,41 x 0,56 mm / 16 x 22 – 0,62 mm 766-091-00 10 pieces0,41 x 0,56 mm / 16 x 22 – 0,62 mm 766-091-01 50 pieces0,43 x 0,64 mm / 17 x 25 – 0,70 mm 766-093-00 10 pieces

rematitan® "LITE" Ideal Arches, roundStrength category: super elasticalso see the version without dimple and narrow arch formDIMPLE center markingColor coded packaging: orange



rematitan® "LITE" Ideal Arches, rectangularStrength category: super elasticalso see the version without dimple and narrow arch formDIMPLE center markingColor coded packaging: orange



Af Rev. F3,0 (1. Deg.) F2,0 (1. Deg.) F1,0 (1. Deg.) F0,5 (1. Deg.) F3,0 (2. Deg.) F2,0 (2. Deg.) F1,0 (2. Deg.) F0,5 (2. Deg.)–10 °C/–50 °F 2 % 2,91 N 1,77 N 1,83 N 1,61 N 2,91 N 1,77 N 1,83 N 1,61 N–10 °C/–50 °F 2 % 2,91 N 1,77 N 1,83 N 1,61 N 2,91 N 1,77 N 1,83 N 1,61 N–10 °C/–50 °F 2 % 7,41 N 4,51 N 4,66 N 4,09 N 3,97 N 2,42 N 2,50 N 2,19 N–10 °C/–50 °F 2 % 7,41 N 4,51 N 4,66 N 4,09 N 3,97 N 2,42 N 2,50 N 2,19 N–10 °C/–50 °F 2 % 11,6 N 7,07 N 7,30 N 6,40 N 5,24 N 3,19 N 3,30 N 2,89 N

Nickel titanium

Af Rev. F3,0 (1. Deg.) F2,0 (1. Deg.) F1,0 (1. Deg.) F0,5 (1. Deg.) F3,0 (2. Deg.) F2,0 (2. Deg.) F1,0 (2. Deg.) F0,5 (2. Deg.)–10 °C/–50 °F 2 % 2,91 N 1,77 N 1,83 N 1,61 N 2,91 N 1,77 N 1,83 N 1,61 N–10 °C/–50 °F 2 % 2,91 N 1,77 N 1,83 N 1,61 N 2,91 N 1,77 N 1,83 N 1,61 N–10 °C/–50 °F 2 % 7,41 N 4,51 N 4,66 N 4,09 N 3,97 N 2,42 N 2,50 N 2,19 N–10 °C/–50 °F 2 % 7,41 N 4,51 N 4,66 N 4,09 N 3,97 N 2,42 N 2,50 N 2,19 N–10 °C/–50 °F 2 % 11,6 N 7,07 N 7,30 N 6,40 N 5,24 N 3,19 N 3,30 N 2,89 N

Af Rev. F3,0 (1. Deg.) F2,0 (1. Deg.) F1,0 (1. Deg.) F0,5 (1. Deg.) F3,0 (2. Deg.) F2,0 (2. Deg.) F1,0 (2. Deg.) F0,5 (2. Deg.)–10 °C/–50 °F 2 % 0,67 N 0,62 N 0,58 N 0,51 N 0,67 N 0,62 N 0,58 N 0,51 N–10 °C/–50 °F 2 % 1,24 N 1,14 N 1,07 N 0,95 N 1,24 N 1,14 N 1,07 N 0,95 N–10 °C/–50 °F 2 % 2,12 N 1,94 N 1,82 N 1,55 N 2,12 N 1,94 N 1,82 N 1,55 N–10 °C/–50 °F 2 % 3,39 N 3,11 N 2,92 N 2,59 N 3,39 N 3,11 N 2,92 N 2,59 N

Nickel titanium


Af Rev. F3,0 (1. Deg.) F2,0 (1. Deg.) F1,0 (1. Deg.) F0,5 (1. Deg.) F3,0 (2. Deg.) F2,0 (2. Deg.) F1,0 (2. Deg.) F0,5 (2. Deg.)–10 °C/–50 °F 2 % 2,91 N 1,77 N 1,83 N 1,61 N 2,91 N 1,77 N 1,83 N 1,61 N–10 °C/–50 °F 2 % 7,41 N 4,51 N 4,66 N 4,09 N 3,97 N 2,42 N 2,50 N 2,19 N–10 °C/–50 °F 2 % 11,6 N 7,07 N 7,30 N 6,40 N 5,24 N 3,19 N 3,30 N 2,89 N–10 °C/–50 °F 2 % 4,61 N 2,81 N 2,90 N 2,54 N 4,61 N 2,81 N 2,90 N 2,54 N–10 °C/–50 °F 2 % 12,4 N 7,56 N 7,81 N 6,85 N 6,41 N 3,91 N 4,04 N 3,54 N–10 °C/–50 °F 2 % 13,0 N 7,89 N 8,15 N 7,15 N 7,29 N 4,44 N 4,58 N 4,02 N

Nickel titanium


Wires · Arches


rematitan® "LITE" Ideal Arches, rectangularStrength category: super elasticalso see the version without dimple and narrow arch formDIMPLE center markingColor coded packaging: orange


rematitan® "LITE" Ideal Arches, roundStrength category: super elasticalso see the version without dimple and normal arch formFor narrow jaws. Narrow arch form.DIMPLE center markingColor coded packaging: orange



rematitan® "LITE" Ideal Arches, rectangularStrength category: super elasticalso see the version without dimple and normal arch formFor narrow jaws. Narrow arch form.DIMPLE center markingColor coded packaging: orange





Nickel titanium


Nickel titanium



Nickel titanium



Wires · Arches


rematitan® SPECIAL Straight Wires, roundNickel-free Titanium Molybdenum AlloyStrength category: middle plus * · 1100 to under 1400 N/mm2

Color coded packaging: yellow


rematitan® SPECIAL Straight Wires, rectangularNickel-free Titanium Molybdenum AlloyStrength category: middle plus * · 1100 to under 1400 N/mm2


F Length Diagonal M. REF Quantity0,41 x 0,56 mm / 16 x 22 each 380 mm 0,62 mm 766-602-00 10 pieces0,43 x 0,64 mm / 17 x 25 each 380 mm 0,70 mm 766-603-00 10 pieces0,48 x 0,64 mm / 19 x 25 each 380 mm 0,73 mm 766-604-00 10 pieces

rematitan® SPECIAL Ideal Arches, roundNickel-free Titanium Molybdenum AlloyStrength category: middle plus * · 1100 to under 1400 N/mm2

Maxillary - Center marking 3 dots · Mandibular - Center marking 1 dotColor coded packaging: yellow



rematitan® SPECIAL Ideal Arches, rectangularNickel-free Titanium Molybdenum AlloyStrength category: middle plus * · 1100 to under 1400 N/mm2




E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)75 kN/mm2 1200 N/mm2 1000 N/mm2 3,6 % 3,00 N/mm 3,00 N 3,00 N/mm 3,00 N75 kN/mm2 1200 N/mm2 1000 N/mm2 3,6 % 4,80 N/mm 4,90 N 4,80 N/mm 4,90 N75 kN/mm2 1200 N/mm2 1000 N/mm2 3,6 % 48,0 N/mm 33,2 N 48,0 N/mm 33,2 N

Titanium molybdenum


Titanium molybdenum

E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)75 kN/mm2 1200 N/mm2 1000 N/mm2 3,6 % 3,20 N/mm 3,99 N 3,20 N/mm 3,99 N75 kN/mm2 1200 N/mm2 1000 N/mm2 3,6 % 5,10 N/mm 6,38 N 5,10 N/mm 6,38 N

Titanium molybdenum


E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)75 kN/mm2 1200 N/mm2 1000 N/mm2 3,6 % 15,2 N/mm 15,3 N 8,15 N/mm 8,17 N75 kN/mm2 1200 N/mm2 1000 N/mm2 3,6 % 23,8 N/mm 23,9 N 10,7 N/mm 10,8 N75 kN/mm2 1200 N/mm2 1000 N/mm2 3,6 % 9,45 N/mm 9,48 N 9,45 N/mm 9,48 N75 kN/mm2 1200 N/mm2 1000 N/mm2 3,6 % 25,5 N/mm 25,5 N 13,2 N/mm 13,2 N75 kN/mm2 1200 N/mm2 1000 N/mm2 3,6 % 26,6 N/mm 26,6 N 14,9 N/mm 15,0 N75 kN/mm2 1200 N/mm2 1000 N/mm2 3,6 % 29,3 N/mm 29,4 N 20,1 N/mm 20,2 N

Titanium molybdenum


Wires · Arches


rematitan® SPECIAL Ideal Arches, rectangularNickel-free Titanium Molybdenum AlloyStrength category: middle plus * · 1100 to under 1400 N/mm2



rema Spee® Retraction Arches, roundStrength category: super elasticMaterial: rematitan® "LITE"DIMPLE center marking



rema Spee® Retraction Arches, rectangularStrength category: super elasticMaterial: rematitan® "LITE"DIMPLE center marking



remanium® Straight Wires, roundStrength category: extra spring hard * · 2300 to under 2500 N/mm2

also see Noninium®





Titanium molybdenum






Stainless steel


Wires · Arches


remanium® Straight Wires, rectangularStrength category: spring hard * · 1800 to under 2000 N/mm2


F Length Diagonal M. REF Quantity0,41 x 0,41 mm / 16 x 16 each 380 mm 0,54 mm 537-340-00 10 pieces0,41 x 0,56 mm / 16 x 22 each 380 mm 0,62 mm 537-310-00 10 pieces0,43 x 0,56 mm / 17 x 22 each 380 mm 0,64 mm 537-311-00 10 pieces0,43 x 0,64 mm / 17 x 25 each 380 mm 0,70 mm 537-313-00 10 pieces0,46 x 0,64 mm / 18 x 25 each 380 mm 0,71 mm 537-314-00 10 pieces

0,55 x 0,70 mm / 21,5 x 28 each 380 mm 0,81 mm 537-324-00 10 pieces0,48 x 0,48 mm / 19 x 19 each 380 mm 0,62 mm 535-048-00 25 pieces0,51 x 0,51 mm / 20 x 20 each 380 mm 0,64 mm 535-051-00 25 pieces

remanium® Straight Wires, rectangularStrength category: spring hard plus * · 2000 to under 2300 N/mm2

also see Noninium®

F Length Diagonal M. REF Quantity0,41 x 0,41 mm / 16 x 16 each 380 mm 0,54 mm 537-440-00 10 pieces0,41 x 0,56 mm / 16 x 22 each 380 mm 0,62 mm 537-410-00 10 pieces0,43 x 0,56 mm / 17 x 22 each 380 mm 0,64 mm 537-411-00 10 pieces0,43 x 0,64 mm / 17 x 25 each 380 mm 0,70 mm 537-413-00 10 pieces0,46 x 0,64 mm / 18 x 25 each 380 mm 0,71 mm 537-414-00 10 pieces

0,55 x 0,64 mm / 21,5 x 25 each 380 mm 0,76 mm 537-423-00 10 pieces0,55 x 0,70 mm / 21,5 x 28 each 380 mm 0,81 mm 537-424-00 10 pieces

remanium® Coil of Wire roundStrength category: extra spring hard * · 2300 to under 2500 N/mm2

ø Length Diagonal M. REF Quantity0,35 mm / 14 7,5 m – 530-035-00 1 piece0,40 mm / 16 7,5 m – 530-040-00 1 piece0,45 mm / 18 7,5 m – 530-045-00 1 piece

remanium® Ideal Arches, roundStrength category: spring hard plus * · 2000 to under 2300 N/mm2

also see Noninium® and Noninium® WhiteMaxillary - Center marking 3 dots · Mandibular - Center marking 1 dotColor coded packaging: red

ø Length Diagonal M. REF Quantity0,35 mm / 14 – – 765-200-00 10 pieces0,40 mm / 16 – – 765-201-00 10 pieces0,40 mm / 16 – – 765-201-01 50 pieces0,45 mm / 18 – – 765-202-00 10 pieces0,45 mm / 18 – – 765-202-01 50 pieces0,50 mm / 20 – – 765-203-00 10 pieces

ø Length Diagonal M. REF Quantity0,35 mm / 14 – – 765-300-00 10 pieces0,40 mm / 16 – – 765-301-00 10 pieces0,40 mm / 16 – – 765-301-01 50 pieces0,45 mm / 18 – – 765-302-00 10 pieces0,45 mm / 18 – – 765-302-01 50 pieces0,50 mm / 20 – – 765-303-00 10 pieces


E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 11,2 N/mm 7,78 N 11,2 N/mm 7,78 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 28,5 N/mm 19,8 N 15,3 N/mm 10,6 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 29,9 N/mm 20,8 N 17,6 N/mm 12,3 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 44,6 N/mm 31,0 N 20,1 N/mm 14,0 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 47,7 N/mm 33,2 N 24,6 N/mm 17,1 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 74,6 N/mm 51,9 N 46,1 N/mm 32,1 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 21,0 N/mm 14,6 N 21,0 N/mm 14,6 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 26,8 N/mm 18,6 N 26,8 N/mm 18,6 N

Stainless steel

E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 11,2 N/mm 7,78 N 11,2 N/mm 7,78 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 28,5 N/mm 19,8 N 15,3 N/mm 10,6 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 29,9 N/mm 20,8 N 17,6 N/mm 12,3 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 44,6 N/mm 31,0 N 20,1 N/mm 14,0 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 47,7 N/mm 33,2 N 24,6 N/mm 17,1 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 57,0 N/mm 39,7 N 42,1 N/mm 29,3 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 74,6 N/mm 51,9 N 46,1 N/mm 32,1 N

Stainless steel


Stainless Steel


Stainless steel



Wires · Arches


remanium® Ideal Arches, rectangularStrength category: spring hard plus * · 2000 to under 2300 N/mm2

also see Noninium® and Noninium® WhiteMaxillary - Center marking 3 dots · Mandibular - Center marking 1 dotColor coded packaging: red

F Length Diagonal M. REF Quantity0,41 x 0,41 mm / 16 x 16 – 0,54 mm 767-100-00 10 pieces0,41 x 0,41 mm / 16 x 16 – 0,54 mm 767-100-01 50 pieces0,41 x 0,56 mm / 16 x 22 – 0,62 mm 767-101-00 10 pieces0,41 x 0,56 mm / 16 x 22 – 0,62 mm 767-101-01 50 pieces0,43 x 0,56 mm / 17 x 22 – 0,64 mm 767-102-00 10 pieces0,43 x 0,64 mm / 17 x 25 – 0,70 mm 767-103-00 10 pieces0,43 x 0,64 mm / 17 x 25 – 0,70 mm 767-103-01 50 pieces0,46 x 0,64 mm / 18 x 25 – 0,71 mm 767-104-00 10 pieces0,48 x 0,64 mm / 19 x 25 – 0,73 mm 767-105-00 10 pieces0,48 x 0,64 mm / 19 x 25 – 0,73 mm 767-105-01 50 pieces

0,55 x 0,64 mm / 21,5 x 25 – 0,76 mm 767-106-00 10 pieces0,55 x 0,70 mm / 21,5 x 28 – 0,81 mm 767-107-00 10 pieces

F Length Diagonal M. REF Quantity0,41 x 0,41 mm / 16 x 16 – 0,54 mm 767-200-00 10 pieces0,41 x 0,41 mm / 16 x 16 – 0,54 mm 767-200-01 50 pieces0,41 x 0,56 mm / 16 x 22 – 0,62 mm 767-201-00 10 pieces0,41 x 0,56 mm / 16 x 22 – 0,62 mm 767-201-01 50 pieces0,43 x 0,56 mm / 17 x 22 – 0,64 mm 767-202-00 10 pieces0,43 x 0,64 mm / 17 x 25 – 0,70 mm 767-203-00 10 pieces0,43 x 0,64 mm / 17 x 25 – 0,70 mm 767-203-01 50 pieces0,46 x 0,64 mm / 18 x 25 – 0,71 mm 767-204-00 10 pieces0,48 x 0,64 mm / 19 x 25 – 0,73 mm 767-205-00 10 pieces0,48 x 0,64 mm / 19 x 25 – 0,73 mm 767-205-01 50 pieces

0,55 x 0,64 mm / 21,5 x 25 – 0,76 mm 767-206-00 10 pieces0,55 x 0,70 mm / 21,5 x 28 – 0,81 mm 767-207-00 10 pieces

Noninium® Straight Wires, roundNickelfree** · Nickel trace elements of ≤ 0.2% are due to the process of manufacturing.Strength category: spring hard plus * · 2000 to under 2300 N/mm2


ø Length Diagonal M. REF Quantity0,30 mm / 12 each 380 mm – 764-000-00 10 pieces0,35 mm / 14 each 380 mm – 764-001-00 10 pieces0,40 mm / 16 each 380 mm – 764-002-00 10 pieces0,45 mm / 18 each 380 mm – 764-003-00 10 pieces

Noninium® Straight Wires, rectangularNickelfree** · Nickel trace elements of ≤ 0.2% are due to the process of manufacturing.Strength category: spring hard plus * · 2000 to under 2300 N/mm2

also see remanium®


F Length Diagonal M. REF Quantity0,43 x 0,64 mm / 17 x 25 each 380 mm 0,70 mm 764-006-00 10 pieces


E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 10,7 N/mm 8,46 N 10,7 N/mm 8,46 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 10,7 N/mm 8,46 N 10,7 N/mm 8,46 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 27,2 N/mm 21,6 N 14,6 N/mm 11,6 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 27,2 N/mm 21,6 N 14,6 N/mm 11,6 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 28,5 N/mm 22,6 N 16,8 N/mm 13,3 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 42,6 N/mm 33,8 N 19,2 N/mm 15,2 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 42,6 N/mm 33,8 N 19,2 N/mm 15,2 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 45,5 N/mm 36,1 N 23,5 N/mm 18,7 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 47,5 N/mm 37,7 N 26,7 N/mm 21,2 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 47,5 N/mm 37,7 N 26,7 N/mm 21,2 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 54,4 N/mm 43,2 N 40,2 N/mm 31,9 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 71,2 N/mm 56,5 N 44,0 N/mm 34,9 N

Stainless steel

E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 10,7 N/mm 8,46 N 10,7 N/mm 8,46 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 10,7 N/mm 8,46 N 10,7 N/mm 8,46 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 27,2 N/mm 21,6 N 14,6 N/mm 11,6 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 27,2 N/mm 21,6 N 14,6 N/mm 11,6 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 28,5 N/mm 22,6 N 16,8 N/mm 13,3 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 42,6 N/mm 33,8 N 19,2 N/mm 15,2 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 42,6 N/mm 33,8 N 19,2 N/mm 15,2 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 45,5 N/mm 36,1 N 23,5 N/mm 18,7 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 47,5 N/mm 37,7 N 26,7 N/mm 21,2 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 47,5 N/mm 37,7 N 26,7 N/mm 21,2 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 54,4 N/mm 43,2 N 40,2 N/mm 31,9 N170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 71,2 N/mm 56,5 N 44,0 N/mm 34,9 N

E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)160 kN/mm2 2200 N/mm2 1700 N/mm2 3,3 % 2,54 N/mm 2,19 N 2,54 N/mm 2,19 N160 kN/mm2 2200 N/mm2 1700 N/mm2 3,3 % 4,71 N/mm 4,05 N 4,71 N/mm 4,05 N160 kN/mm2 2200 N/mm2 1700 N/mm2 3,3 % 8,04 N/mm 6,91 N 8,04 N/mm 6,91 N160 kN/mm2 2200 N/mm2 1700 N/mm2 3,3 % 12,9 N/mm 11,1 N 12,9 N/mm 11,1 N


E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)160 kN/mm2 2200 N/mm2 1700 N/mm2 3,3 % 45,7 N/mm 35,0 N 20,7 N/mm 15,8 N



Wires · Arches


Noninium® Ideal Arches, roundNickelfree** · Nickel trace elements of ≤ 0.2% are due to the process of manufacturing.Strength category: spring hard plus * · 2000 to under 2300 N/mm2

also see Noninium® White and remanium®




Noninium® Ideal Arches, rectangularNickelfree** · Nickel trace elements of ≤ 0.2% are due to the process of manufacturing.Strength category: spring hard plus * · 2000 to under 2300 N/mm2

also see Noninium® White and remanium®




remaloy® Straight Wires, rectangularStrength category: hard plus * · 1600 to under 1800 N/mm2

Color coded packaging: blue

F Length Diagonal M. REF Quantity0,41 x 0,41 mm / 16 x 16 each 380 mm 0,54 mm 537-540-00 10 pieces0,41 x 0,56 mm / 16 x 22 each 380 mm 0,62 mm 537-510-00 10 pieces









CoCr


Wires · Arches


remaloy® Ideal Arches, rectangularStrength category: hard plus * · 1600 to under 1800 N/mm2

Maxillary - Center marking black dot · Mandibular - Center marking red dotColor coded packaging: blue



Equire, Preformed Arches, roundThermo-active Nickel Titanium AlloyStrength category: super elasticalso see Tensic® and Tensic® WhiteArch form: American StyleMaxillary - Center marking 3 dots, etched · Mandibular - Center marking 1 dot, etched



Equire, Preformed Arches, rectangularThermo-active Nickel Titanium AlloyStrength category: super elasticalso see Tensic® and Tensic® WhiteArch form: American StyleMaxillary - Center marking 3 dots, etched · Mandibular - Center marking 1 dot, etched




CoCr








Wires · Arches


Equire, Preformed Arches, rectangularThermo-active Nickel Titanium AlloyStrength category: super elasticalso see Tensic® and Tensic® WhiteArch form: American StyleMaxillary - Center marking 3 dots, etched · Mandibular - Center marking 1 dot, etched


Equire, Preformed Arches, roundMade of stainless steelStrength category: spring hard plus * · 2000 to under 2300 N/mm2

also see remanium®, Noninium® and Noninium® WhiteArch form: American StyleMaxillary - Center marking 3 dots, etched · Mandibular - Center marking 1 dot, etched



Equire, Preformed Arches, rectangularMade of stainless steelStrength category: spring hard plus * · 2000 to under 2300 N/mm2

also see remanium®, Noninium® and Noninium® WhiteArch form: American StyleMaxillary - Center marking 3 dots, etched · Mandibular - Center marking 1 dot, etched







Stainless steel



Stainless steel



Wires · Arches


Tensic® White Ideal Arches, roundThermo-active Nickel Titanium AlloyStrength category: super elasticalso see Tensic® and EquireNo mid markingColor coded packaging: orange



Tensic® White Ideal Arches, rectangularThermo-active Nickel Titanium AlloyStrength category: super elasticalso see Tensic® and EquireNo mid markingColor coded packaging: orange



rematitan® "LITE" White Ideal Arches, roundStrength category: super elasticalso see rematitan® "LITE"No mid markingColor coded packaging: orange




Af Rev. F3,0 (1. Deg.) F2,0 (1. Deg.) F1,0 (1. Deg.) F0,5 (1. Deg.) F3,0 (2. Deg.) F2,0 (2. Deg.) F1,0 (2. Deg.) F0,5 (2. Deg.)30 °C/86 °F 2 % 1,55 N 1,03 N 0,90 N 0,84 N 1,55 N 1,03 N 0,90 N 0,84 N30 °C/86 °F 2 % 2,48 N 1,65 N 1,44 N 1,35 N 2,48 N 1,65 N 1,44 N 1,35 N


Af Rev. F3,0 (1. Deg.) F2,0 (1. Deg.) F1,0 (1. Deg.) F0,5 (1. Deg.) F3,0 (2. Deg.) F2,0 (2. Deg.) F1,0 (2. Deg.) F0,5 (2. Deg.)30 °C/86 °F 2 % 1,55 N 1,03 N 0,90 N 0,84 N 1,55 N 1,03 N 0,90 N 0,84 N30 °C/86 °F 2 % 2,48 N 1,65 N 1,44 N 1,35 N 2,48 N 1,65 N 1,44 N 1,35 N

Af Rev. F3,0 (1. Deg.) F2,0 (1. Deg.) F1,0 (1. Deg.) F0,5 (1. Deg.) F3,0 (2. Deg.) F2,0 (2. Deg.) F1,0 (2. Deg.) F0,5 (2. Deg.)30 °C/86 °F 2 % 1,93 N 0,68 N 0,57 N 0,46 N 1,93 N 0,68 N 0,57 N 0,46 N30 °C/86 °F 2 % 4,92 N 1,74 N 1,44 N 1,18 N 2,64 N 0,93 N 0,77 N 0,63 N30 °C/86 °F 2 % 7,71 N 2,73 N 2,25 N 1,85 N 3,48 N 1,23 N 1,02 N 0,83 N


Af Rev. F3,0 (1. Deg.) F2,0 (1. Deg.) F1,0 (1. Deg.) F0,5 (1. Deg.) F3,0 (2. Deg.) F2,0 (2. Deg.) F1,0 (2. Deg.) F0,5 (2. Deg.)30 °C/86 °F 2 % 1,93 N 0,68 N 0,57 N 0,46 N 1,93 N 0,68 N 0,57 N 0,46 N30 °C/86 °F 2 % 4,92 N 1,74 N 1,44 N 1,18 N 2,64 N 0,93 N 0,77 N 0,63 N30 °C/86 °F 2 % 7,71 N 2,73 N 2,25 N 1,85 N 3,48 N 1,23 N 1,02 N 0,83 N


Nickel titanium



Wires · Arches


rematitan® "LITE" White Ideal Arches, rectangularStrength category: super elasticalso see rematitan® "LITE"No mid markingColor coded packaging: orange



Noninium® White Ideal Arches, roundNickelfree** · Nickel trace elements of ≤ 0.2% are due to the process of manufacturing.Strength category: spring hard plus * · 2000 to under 2300 N/mm2

also see Noninium® and remanium®

No mid markingColor coded packaging: green



Noninium® White Ideal Arches, rectangularNickelfree** · Nickel trace elements of ≤ 0.2% are due to the process of manufacturing.Strength category: spring hard plus * · 2000 to under 2300 N/mm2

also see Noninium® and remanium®

No mid markingColor coded packaging: green




Af Rev. F3,0 (1. Deg.) F2,0 (1. Deg.) F1,0 (1. Deg.) F0,5 (1. Deg.) F3,0 (2. Deg.) F2,0 (2. Deg.) F1,0 (2. Deg.) F0,5 (2. Deg.)–10 °C/–50 °F 2 % 2,91 N 1,77 N 1,83 N 1,61 N 2,91 N 1,77 N 1,83 N 1,61 N–10 °C/–50 °F 2 % 7,41 N 4,51 N 4,66 N 4,09 N 3,97 N 2,42 N 2,50 N 2,19 N–10 °C/–50 °F 2 % 11,6 N 7,07 N 7,30 N 6,40 N 5,24 N 3,19 N 3,30 N 2,89 N

Nickel titanium

Af Rev. F3,0 (1. Deg.) F2,0 (1. Deg.) F1,0 (1. Deg.) F0,5 (1. Deg.) F3,0 (2. Deg.) F2,0 (2. Deg.) F1,0 (2. Deg.) F0,5 (2. Deg.)–10 °C/–50 °F 2 % 2,91 N 1,77 N 1,83 N 1,61 N 2,91 N 1,77 N 1,83 N 1,61 N–10 °C/–50 °F 2 % 7,41 N 4,51 N 4,66 N 4,09 N 3,97 N 2,42 N 2,50 N 2,19 N–10 °C/–50 °F 2 % 11,6 N 7,07 N 7,30 N 6,40 N 5,24 N 3,19 N 3,30 N 2,89 N








Wires · Arches


Titanium Retainer WireFor upper and lower arches. Triple-strand twisted.

ø Length Diagonal M. REF Quantity0,44 mm / 17 50 mm – 528-001-00 10 pieces0,50 mm / 20 50 mm – 528-000-00 10 pieces

Gold RetainerFor upper and lower arches. Triple-strand twisted.

ø Length Diagonal M. REF Quantity0,50 mm / 20 160 mm – 529-000-00 1 piece

rematitan® Straight Wires, roundAccording to DIN 17850For laser welding.Recommended as a strengthening wire for removable appliances (Titanium-Hyrax® 14/12).


rematitan® Wire, roundAccording to DIN 17850For laser welding.Recommended as additional material for laser welding, such as removable appliances (Titanium-Hyrax® 14/12).

ø Length Diagonal M. REF Quantity0,40 mm / 16 2 m – 528-039-50 1 piece



E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)100 kN/mm2 – – – 1,23 N/mm 1,60 N 1,23 N/mm 1,60 N

E-Modul Rm Rp0,2 A Sb (1. Or.) S0,1 (1. Or.)170 kN/mm2 2200 N/mm2 1800 N/mm2 4 88,0 N/mm 42,0 N170 kN/mm2 2200 N/mm2 1800 N/mm2 4,00% 182 N/mm 61,0 N


Wires · Arches

Wires and arches for lingual technique

Tensic® Lingual Arches, roundThermo-active Nickel Titanium AlloyStrength category: super elastic *Mushroom arch formNo mid markingColor coded packaging: orange

ø Size Diagonal M. REF Quantity0,35 mm / 14 1 – 766-722-00 3 pieces0,40 mm / 16 1 – 766-723-00 3 pieces0,45 mm / 18 1 – 766-724-00 3 pieces0,35 mm / 14 2 – 766-726-00 3 pieces0,40 mm / 16 2 – 766-727-00 3 pieces0,45 mm / 18 2 – 766-728-00 3 pieces0,35 mm / 14 3 – 766-730-00 3 pieces0,40 mm / 16 3 – 766-731-00 3 pieces0,45 mm / 18 3 – 766-732-00 3 pieces0,35 mm / 14 4 – 766-734-00 3 pieces0,40 mm / 16 4 – 766-735-00 3 pieces0,45 mm / 18 4 – 766-736-00 3 pieces0,35 mm / 14 5 – 766-738-00 3 pieces0,40 mm / 16 5 – 766-739-00 3 pieces0,45 mm / 18 5 – 766-740-00 3 pieces

Tensic® Lingual Arches, rectangularThermo-active Nickel Titanium AlloyStrength category: super elastic *Mushroom arch formNo mid markingColor coded packaging: orange

F Size Diagonal M. REF Quantity0,51 x 0,51 mm / 20 x 20 1 0,64 mm 766-725-00 3 pieces0,51 x 0,51 mm / 20 x 20 2 0,64 mm 766-729-00 3 pieces0,51 x 0,51 mm / 20 x 20 3 0,64 mm 766-733-00 3 pieces0,51 x 0,51 mm / 20 x 20 4 0,64 mm 766-737-00 3 pieces0,51 x 0,51 mm / 20 x 20 5 0,64 mm 766-741-00 3 pieces

rematitan® SPECIAL Lingual Arches, rectangularNickel-free Titanium Molybdenum AlloyStrength category: middle plus * · 1100 to under 1400 N/mm2


F Diagonal M. REF Quantity0,51 x 0,51 mm / 20 x 20 0,64 mm 766-630-00 3 pieces

remanium® Lingual Arches, rectangularStrength category: spring hard plus * · 2000 to under 2300 N/mm2


F Diagonal M. REF Quantity0,48 x 0,48 mm / 19 x 19 0,62 mm 767-212-00 3 pieces0,51 x 0,51 mm / 20 x 200,48 x 0,48 mm / 19 x 19 0,64 mm 767-213-00 3 pieces


Af Rev. F3,0 (1. Deg.) F2,0 (1. Deg.) F1,0 (1. Deg.) F0,5 (1. Deg.) F3,0 (2. Deg.) F2,0 (2. Deg.) F1,0 (2. Deg.) F0,5 (2. Deg.)30 °C/86 °F 2 % 0,91 N 0,60 N 0,53 N 0,49 N 0,91 N 0,60 N 0,53 N 0,49 N30 °C/86 °F 2 % 1,55 N 1,03 N 0,90 N 0,84 N 1,55 N 1,03 N 0,90 N 0,84 N30 °C/86 °F 2 % 2,48 N 1,65 N 1,44 N 1,35 N 2,48 N 1,65 N 1,44 N 1,35 N30 °C/86 °F 2 % 0,91 N 0,60 N 0,53 N 0,49 N 0,91 N 0,60 N 0,53 N 0,49 N30 °C/86 °F 2 % 1,55 N 1,03 N 0,90 N 0,84 N 1,55 N 1,03 N 0,90 N 0,84 N30 °C/86 °F 2 % 2,48 N 1,65 N 1,44 N 1,35 N 2,48 N 1,65 N 1,44 N 1,35 N30 °C/86 °F 2 % 0,91 N 0,60 N 0,53 N 0,49 N 0,91 N 0,60 N 0,53 N 0,49 N30 °C/86 °F 2 % 1,55 N 1,03 N 0,90 N 0,84 N 1,55 N 1,03 N 0,90 N 0,84 N30 °C/86 °F 2 % 2,48 N 1,65 N 1,44 N 1,35 N 2,48 N 1,65 N 1,44 N 1,35 N30 °C/86 °F 2 % 0,91 N 0,60 N 0,53 N 0,49 N 0,91 N 0,60 N 0,53 N 0,49 N30 °C/86 °F 2 % 1,55 N 1,03 N 0,90 N 0,84 N 1,55 N 1,03 N 0,90 N 0,84 N30 °C/86 °F 2 % 2,48 N 1,65 N 1,44 N 1,35 N 2,48 N 1,65 N 1,44 N 1,35 N30 °C/86 °F 2 % 0,91 N 0,60 N 0,53 N 0,49 N 0,91 N 0,60 N 0,53 N 0,49 N30 °C/86 °F 2 % 1,55 N 1,03 N 0,90 N 0,84 N 1,55 N 1,03 N 0,90 N 0,84 N30 °C/86 °F 2 % 2,48 N 1,65 N 1,44 N 1,35 N 2,48 N 1,65 N 1,44 N 1,35 N


Af Rev. F3,0 (1. Deg.) F2,0 (1. Deg.) F1,0 (1. Deg.) F0,5 (1. Deg.) F3,0 (2. Deg.) F2,0 (2. Deg.) F1,0 (2. Deg.) F0,5 (2. Deg.)30 °C/86 °F 2 % 4,62 N 1,63 N 1,35 N 1,11 N 4,62 N 1,63 N 1,35 N 1,11 N30 °C/86 °F 2 % 4,62 N 1,63 N 1,35 N 1,11 N 4,62 N 1,63 N 1,35 N 1,11 N30 °C/86 °F 2 % 4,62 N 1,63 N 1,35 N 1,11 N 4,62 N 1,63 N 1,35 N 1,11 N30 °C/86 °F 2 % 4,62 N 1,63 N 1,35 N 1,11 N 4,62 N 1,63 N 1,35 N 1,11 N30 °C/86 °F 2 % 4,62 N 1,63 N 1,35 N 1,11 N 4,62 N 1,63 N 1,35 N 1,11 N



Titanium molybdenum


170 kN/mm2 2200 N/mm2 1800 N/mm2 2,3 % 22,8 N/mm 18,1 N 22,8 N/mm 18,1 N

Stainless steel


Wires · Arches

Removable Appliance Technique

remanium® Straight Wires, roundStrength category: spring hard * · 1800 to under 2000 N/mm2


ø Length Diagonal M. REF Quantity0,40 mm / 16 each 380 mm – 525-040-00 25 pieces0,70 mm / 28 each 150 mm – 527-004-00 1.100 pieces0,70 mm / 28 each 190 mm – 527-005-00 900 pieces0,70 mm / 28 each 300 mm – 527-070-00 25 pieces0,80 mm / 31 each 150 mm – 527-006-00 875 pieces0,80 mm / 31 each 300 mm – 527-080-00 25 pieces0,90 mm / 36 each 300 mm – 527-090-00 25 pieces1,00 mm / 39 each 300 mm – 527-100-00 25 pieces

remanium® Laboratory Coils, roundStrength category: hard * · 1400 to under 1600 N/mm2

also see Noninium®

ø Length Diagonal M. REF Quantity0,70 mm / 28 30 m – 513-070-00 1 piece0,80 mm / 31 20 m – 513-080-00 1 piece0,90 mm / 36 10 m – 513-090-00 1 piece1,00 mm / 39 10 m – 513-100-00 1 piece1,20 mm / 47 10 m – 513-120-00 1 piece1,50 mm / 59 10 m – 513-150-00 1 piece

remanium® Clinical Coils, roundStrength category: hard * · 1400 to under 1600 N/mm2

ø Length Diagonal M. REF Quantity0,70 mm / 28 165 m – 514-070-00 1 piece0,80 mm / 31 125 m – 514-080-00 1 piece0,90 mm / 36 100 m – 514-090-00 1 piece1,00 mm / 39 80 m – 514-100-00 1 piece

remanium® Laboratory Coils, roundStrength category: spring hard * · 1800 to under 2000 N/mm2

also see Noninium®

ø Length Diagonal M. REF Quantity0,40 mm / 16 30 m – 521-040-00 1 piece0,50 mm / 20 50 m – 523-050-00 1 piece0,60 mm / 23 40 m – 523-060-00 1 piece0,70 mm / 28 30 m – 523-070-00 1 piece0,80 mm / 31 20 m – 523-080-00 1 piece0,90 mm / 36 10 m – 523-090-00 1 piece1,00 mm / 39 10 m – 523-100-00 1 piece1,10 mm / 43 10 m – 523-110-00 1 piece1,20 mm / 47 10 m – 523-120-00 1 piece1,50 mm / 59 10 m – 523-150-00 1 piece


E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 7,20 N/mm 7,00 N 7,20 N/mm 7,00 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 67,0 N/mm 65,0 N 67,0 N/mm 65,0 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 67,0 N/mm 65,0 N 67,0 N/mm 65,0 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 67,0 N/mm 65,0 N 67,0 N/mm 65,0 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 115 N/mm 112 N 115 N/mm 112 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 115 N/mm 112 N 115 N/mm 112 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 184 N/mm 179 N 184 N/mm 179 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 280 N/mm 179 N 280 N/mm 179 N

Stainless steel

E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 30,5 N/mm 20,2 N 30,5 N/mm 20,2 N170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 52,0 N/mm 34,5 N 52,0 N/mm 34,5 N170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 83,3 N/mm 55,2 N 83,3 N/mm 55,2 N170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 127 N/mm 84,1 N 127 N/mm 84,1 N170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 263 N/mm 174 N 263 N/mm 174 N170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 643 N/mm 426 N 643 N/mm 426 N

Stainless steel

E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 30,5 N/mm 20,2 N 30,5 N/mm 20,2 N170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 52,0 N/mm 34,5 N 52,0 N/mm 34,5 N170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 83,3 N/mm 55,2 N 83,3 N/mm 55,2 N170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 127 N/mm 84,1 N 127 N/mm 84,1 N

Stainless steel

E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 3,40 N/mm 2,63 N 3,40 N/mm 2,63 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 8,30 N/mm 6,43 N 8,30 N/mm 6,43 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 17,2 N/mm 13,3 N 17,2 N/mm 13,3 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 31,9 N/mm 24,7 N 31,9 N/mm 24,7 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 54,5 N/mm 42,1 N 54,5 N/mm 42,1 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 87,3 N/mm 67,5 N 87,3 N/mm 67,5 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 133 N/mm 103 N 133 N/mm 103 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 195 N/mm 151 N 195 N/mm 151 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 276 N/mm 213 N 276 N/mm 213 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 673 N/mm 521 N 673 N/mm 521 N

Stainless steel


Wires · Arches


remanium® Clinical Coils, roundStrength category: spring hard * · 1800 to under 2000 N/mm2

ø Length Diagonal M. REF Quantity0,60 mm / 23 225 m – 524-060-00 1 piece0,70 mm / 28 165 m – 524-070-00 1 piece0,80 mm / 31 125 m – 524-080-00 1 piece0,90 mm / 36 100 m – 524-090-00 1 piece1,00 mm / 39 80 m – 524-100-00 1 piece

remanium® Laboratory Coils, half roundStrength category: hard * · 1400 to under 1600 N/mm2

Gg Length Diagonal M. REF Quantity1,30 x 0,65 mm 10 m – 308-513-00 1 piece1,50 x 0,75 mm 10 m – 308-515-00 1 piece1,75 x 0,90 mm 10 m – 308-518-00 1 piece2,00 x 1,00 mm 10 m – 308-520-00 1 piece

remanium® Clinical Coils, half roundStrength category: hard * · 1400 to under 1600 N/mm2

Gg Length Diagonal M. REF Quantity1,30 x 0,65 mm 90 m – 308-713-00 1 piece1,50 x 0,75 mm 65 m – 308-715-00 1 piece1,75 x 0,90 mm 50 m – 308-718-00 1 piece

remanium® Laboratory Coils, ovalStrength category: hard * · 1400 to under 1600 N/mm2

Hh Length Diagonal M. REF Quantity2,40 x 1,40 mm 10 m – 385-624-00 1 piece3,00 x 1,50 mm 10 m – 385-630-00 1 piece

Noninium® Coil of Wire roundNickelfree** · Nickel trace elements of ≤ 0.2% are due to the process of manufacturing.Strength category: hard * · 1400 to under 1600 N/mm2

also see remanium®


Noninium® Coil of Wire roundNickelfree** · Nickel trace elements of ≤ 0.2% are due to the process of manufacturing.Strength category: spring hard * · 1800 to under 2000 N/mm2

also see remanium®



E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 17,2 N/mm 13,3 N 17,2 N/mm 13,3 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 31,9 N/mm 24,7 N 31,9 N/mm 24,7 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 54,5 N/mm 42,1 N 54,5 N/mm 42,1 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 87,3 N/mm 67,5 N 87,3 N/mm 67,5 N170 kN/mm2 1900 N/mm2 1650 N/mm2 2,5 % 133 N/mm 103 N 133 N/mm 103 N

Stainless steel

E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 70,2 N/mm 40,8 N 70,2 N/mm 40,8 N170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 124 N/mm 72,3 N 124 N/mm 72,3 N170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 258 N/mm 150 N 258 N/mm 150 N170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 393 N/mm 229 N 393 N/mm 229 N

Stainless steel

E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 70,2 N/mm 40,8 N 70,2 N/mm 40,8 N170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 124 N/mm 72,3 N 124 N/mm 72,3 N170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 258 N/mm 150 N 258 N/mm 150 N

Stainless steel

E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 444 N/mm 280 N 444 N/mm 280 N170 kN/mm2 1500 N/mm2 1200 N/mm2 2,7 % 1084 N/mm 683 N 1084 N/mm 683 N

Stainless steel

E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)160 kN/mm2 1500 N/mm2 1100 N/mm2 3,7 % 75,4 N/mm 64,8 N 75,4 N/mm 64,8 N160 kN/mm2 1500 N/mm2 1100 N/mm2 3,7 % 129 N/mm 111 N 129 N/mm 111 N160 kN/mm2 1500 N/mm2 1100 N/mm2 3,7 % 206 N/mm 177 N 206 N/mm 177 N160 kN/mm2 1500 N/mm2 1100 N/mm2 3,7 % 651 N/mm 560 N 651 N/mm 560 N


E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)160 kN/mm2 1900 N/mm2 1500 N/mm2 3,5 % 40,7 N/mm 35,0 N 40,7 N/mm 35,0 N160 kN/mm2 1900 N/mm2 1500 N/mm2 3,5 % 75,4 N/mm 64,8 N 75,4 N/mm 64,8 N160 kN/mm2 1900 N/mm2 1500 N/mm2 3,5 % 129 N/mm 111 N 129 N/mm 111 N160 kN/mm2 1900 N/mm2 1500 N/mm2 3,5 % 206 N/mm 177 N 206 N/mm 177 N



Wires · Arches


remaloy® Straight Wires, roundCan be heat treated · 450 °C / 842 °F for about 5 minutesStrength category: hard * · 1400 to under 1600 N/mm2

Recommended for Quad Helix, Crozat Appliances, Palatal and Lingual Bars, etc.Color coded packaging: blue

ø Length Diagonal M. REF Quantity0,70 mm / 28 each 380 mm – 528-070-00 10 pieces0,80 mm / 31 each 380 mm – 528-080-00 10 pieces0,90 mm / 36 each 380 mm – 528-090-00 10 pieces1,00 mm / 39 each 380 mm – 528-100-00 10 pieces1,10 mm / 43 each 380 mm – 528-110-00 10 pieces1,20 mm / 47 each 380 mm – 528-120-00 10 pieces1,30 mm / 51 each 380 mm – 528-130-00 10 pieces1,50 mm / 59 each 380 mm – 528-150-00 10 pieces

remaloy® Straight Wire, half roundCan be heat treated · 450 °C / 842 °F for about 5 minutesStrength category: spring hard * · 1800 to under 2000 N/mm2

Color coded packaging: blue

Gg Length Diagonal M. REF Quantity1,50 x 0,75 mm each 380 mm – 528-155-00 10 pieces1,75 x 0,90 mm each 380 mm – 528-158-00 10 pieces


E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)180 kN/mm2 1500 N/mm2 1000 N/mm2 5,5 % 33,6 N/mm 19,2 N 33,6 N/mm 19,2 N180 kN/mm2 1500 N/mm2 1000 N/mm2 5,5 % 57,3 N/mm 32,7 N 57,3 N/mm 32,7 N180 kN/mm2 1500 N/mm2 1000 N/mm2 5,5 % 91,9 N/mm 52,4 N 91,9 N/mm 52,4 N180 kN/mm2 1500 N/mm2 1000 N/mm2 5,5 % 140 N/mm 79,9 N 140 N/mm 79,9 N180 kN/mm2 1500 N/mm2 1000 N/mm2 5,5 % 205 N/mm 117 N 205 N/mm 117 N180 kN/mm2 1500 N/mm2 1000 N/mm2 5,5 % 290 N/mm 166 N 290 N/mm 166 N180 kN/mm2 1500 N/mm2 1000 N/mm2 5,5 % 400 N/mm 228 N 400 N/mm 228 N180 kN/mm2 1500 N/mm2 1000 N/mm2 5,5 % 709 N/mm 404 N 709 N/mm 404 N

CoCr

E-Modul Rm Rp0,2 A Sb (1. Deg.) S0,1 (1. Deg.) Sb (2. Deg.) S0,1 (2. Deg.)180 kN/mm2 1900 N/mm2 1400 N/mm2 3,0 % 181 N/mm 85,0 N 181 N/mm 85,0 N180 kN/mm2 1900 N/mm2 1400 N/mm2 3,0 % 345 N/mm 162 N 345 N/mm 162 N

CoCr

DENTAURUM

dentaflex®

twisted wires

dentaflex®

co-axial wires

dentaflex®

braided wires

Noninium®

nickelfree wires

remanium®

Stainless steel wires

EquireStainless steel wires

remaloy® / Redur®

cobalt based wires

rematitan® LiteNi-Ti alloysuper elastic

rematitan®-SpecialBeta-titanium-alloy

Tensic®

NiTi, thermo-active

EquireNiTi, thermo-active

AMERICANORTHODONTICS

TWIST

CO-AX

StrEIGHT wire (woven)

NIO FLEX

SS STAINLESS STEELWire

SS STAINLESS STEELWire

CC Chromium-Cobalt(Multiphase blue)

TMForce I/II

BETA TITANIUM

TMHeat Activated

TMHeat Activated

FORESTADENT

Forestaflex®

Forestaflex®

Forestaflex®

Forestanit®

Ni-Free

Forestanit®

Forestanit®

Forestalloy

Titanol®

Superelastics

Betaflex

Titanol®

Martensitic

Titanol®

Martensitic

GAC

Wildcat®

Tricat®

PentaCat®

Hexacat®

Quad-Cat®

Multibraid Arches

Nubryte

Nubryte

Coballoy

Sentalloy®

superelastic

Resolve®

Beta Titanium

Neo Sentalloy®

Heat-Activation

Neo Sentalloy®

Heat-Activation

LANCER

Swiss StrandTM

Memorex

Swiss StrandTM

SterlingStainless Steel

SterlingStainless Steel

BendalloyTM Blue

TitanalTM

superelastic

Titanal LTTM

Thermodynamic

Titanal LTTM

Thermodynamic

LEONE

Twist

Flex

Twist

BioSteel®

Leowire®

Leowire®

Leoloy®

Memoria®

superelastic

Thermomemoria®

Thermomemoria®

MASEL

Triple Twist RTM

Penta-OneTM

OctavaTM

StandardStainless Steel


MasiloyTM

ElastinolTM

super elastic

BETA IIITM

ElastinolTM

Therm-A-FormTM

ElastinolTM

Therm-A-FormTM


Wire Information

Appendix

Comparison between Dentaurum Wires / Brand Names of other Competitive Products

Please Note:Some of the items listed are registered brand names eg. TMA® from Ormco.

DENTAURUM

dentaflex®

twisted wires

dentaflex®

co-axial wires

dentaflex®

braided wires

Noninium®

nickelfree wires

remanium®

Stainless steel wires

EquireStainless steel wires

remaloy® / Redur®

cobalt based wires

rematitan® LiteNi-Ti alloysuper elastic

rematitan®-SpecialBeta-titanium-alloy

Tensic®

NiTi, thermo-active

EquireNiTi, thermo-active

ORMCO / „A“ COMPANY

Triple FlexTM

Respond®

D-Rect®

STANDARDStainless Steel


AzurloyTM

Ni-Ti®

AlignTM SE 200

TMA®

Titanium Molybdenum

AlignTM TSThermally activated

AlignTM TSThermally activated

ORTHOORGANIZERS

TwistStainless Steel

CoaxialStainless Steel

Twist BraidedStainless Steel

Nickel-Lite®



Ortholoy-Blue

Nitanium® SESuperelastic

CNATM Beta III

Nitanium®

Bio-KinetixTM

Thermally activated

Nitanium®

Bio-KinetixTM

Thermally activated

ROCKY MOUNTAIN

Tri-FlexTM

Supra-FlexTM

Flex-VIIITM

Tru-Chrome®

Tru-Chrome®

Elgiloy® blue

Orthonol®

Superelastic

BendaloyTM

Titanium-Molybdenum

Thermaloy®

Thermally activated

Thermaloy®

Thermally activated

SCHEU-DENTAL

Menzanium®

Chromium

Chromium

Lazium®

T P ORTHODONTICS

Twisted3-Strand Wire

Co-Ax®

Woven8-Strand Wire



Dentaloy®

Reflex®

Superelastic

Reflex®

Heat activated

Reflex®

Heat activated

3M-UNITEK

Twist FlexTwist

Coaxial

Braided

Permachrome

Permachrome

Blue Flexiloy®

Nitinol® SESuperelastic

Unitek®

Beta III Titanium

Nitinol®

Heat-activated

Nitinol®

Heat-activated


Wire Information

Comparison between Dentaurum Wires / Brand Names of other Competitive Products

Please Note:Some of the items listed are registered brand names eg. TMA® from Ormco.

Identi- Material

fication Name Number C Si Mn Cr Mo Ni P S Others FeNo. (DIN, AISI)*

1.000 Stainless Steel 1.4301 ≤ 0,07 ≤ 1,0 ≤ 2,0 17,0 – 19,5 – 8,0 – 10,5 ≤ 0,045 ≤ 0,03 N ≤ 0,11 Rest

1.001 Stainless Steel 1.4303 ≤ 0,06 ≤ 1,0 ≤ 2,0 17,0 – 19,0 – 11,0 – 13,0 ≤ 0,045 ≤ 0,03 N ≤ 0,11 Rest

1.002 Stainless Steel 1.4305 ≤ 0,10 ≤ 1,0 ≤ 2,0 17,0 – 19,0 – 8,0 – 10,0 ≤ 0,045 0,15 – 0,35 N ≤ 0,11 / Cu ≤ 1,0 Rest

1.003 Stainless Steel 1.4310 0,05 – ≤ 2,0 ≤ 2,0 16,0 – 19,0 ≤ 0,8 6,0 – 9,5 ≤ 0,045 ≤ 0,015 N ≤ 0,11 Rest(remanium®) 0,15

1.004 Stainless Steel 1.4401 ≤ 0,07 ≤ 1,0 ≤ 2,0 16,5 – 18,5 2,0 – 2,5 10,0 – 13,0 ≤ 0,045 ≤ 0,03 N ≤ 0,11 Rest


1.006 Stainless Steel 1.4456 ≤ 0,1 ≤ 1,0 16,0 – 20,0 16,0 – 20,0 1,8 – 2,5 ≤ 0,2 ≤ 0,05 ≤ 0,05 V ≤ 0,2 Rest(Noninium®) N 0,7 – 1,0

1.007 Stainless Steel 1.4460 ≤ 0,05 ≤ 1,0 ≤ 2,0 25,0 – 28,0 1,3 – 2,0 4,5 – 6,5 ≤ 0,035 ≤ 0,3 N 0,05 – 0,20 Rest

1.008 Stainless Steel 1.4541 ≤ 0,08 ≤ 1,0 ≤ 2,0 17,0 – 19,0 – 9,0 – 12,0 ≤ 0,045 ≤ 0,3 Ti 5 x C bis 0,7 Rest

1.009 Stainless Steel 1.4542 ≤ 0,07 ≤ 0,7 ≤ 1,5 15,0 – 17,0 ≤ 0,6 3,0 – 5,0 ≤ 0,040 ≤ 0,03 Cu 3,0 – 5,0 RestNb 5 x C bis 0,45


1.011 Stainless Steel AISI 302 ≤ 0,15 ≤ 1,0 ≤ 2,0 17,0 – 19.0 – 8,0 – 10,0 ≤ 0,045 ≤ 0,03 – Rest

1.012 Stainless Steel AISI 302 B ≤ 0,15 2,0-3,0 ≤ 2,0 17,0 – 19,0 – 8,0 – 10,0 ≤ 0,045 ≤ 0,03 – Rest(dentaflex®)

1.013 Stainless Steel AISI 304 ≤ 0,08 ≤ 1,0 ≤ 2,0 18,0 – 20,0 – 8,0 – 10,5 ≤ 0,045 ≤ 0,03 – Rest(remanium®)


List of Materials

1. Stainless steel Composition in weigth %

2. Copper and precious metal alloys Composition in weigth %

*Note: Stainless steel with foreign standards which correspond to the DIN material numbers are also acceptable.

Identi- Material

fication Name Number Ag Cu Ni Pb Zn Fe Mn Sn Sb AI OthersNo. (DIN)

2.000 Argentan 2.0770 – 45 – 48 9 – 11 0,5 – 2,0 38 – 45 ≤ 0,05 ≤ 0,5 ≤ 0,3 – – ≤ 0,1

2.001 Argentan 2.0780 – 56 – 58 11 – 13 0,3 – 1,5 26 – 33 ≤ 0,05 ≤ 0,5 ≤ 0,3 – – ≤ 0,1

2.002 Argentan 2.0790 – 59 – 63 17 – 19 0,3 – 1,5 Rest ≤ 0,03 ≤ 0,7 – – – ≤ 0,4

2.100 Brass 2.0321 – 62,0 – 65,5 ≤ 0,3 ≤ 0,1 Rest ≤ 0,01 ≤ 0,1 ≤ 0,1 ≤ 0,1 – –

2.101 Brass 2.0360 – 59,0 – 62,0 ≤ 0,3 ≤ 0,1 Rest ≤ 0,01 ≤ 0,1 ≤ 0,1 ≤ 0,1 – –

2.200 Silver filler 2.5153 74 – 76 Rest – ≤ 0,02 2,0 – 4,0 – – – – ≤ 0,005 ≤ 0,1L-Ag75

2.201 Silver filler 2.5147 43 – 45 29 – 31 – ≤ 0,02 Rest – – – – ≤ 0,005 ≤ 0,1L-Ag44

2.202 Silver filler 2.5159 54 – 57 21 – 23 – ≤ 0,02 Rest – – 2,0 – 5,0 – ≤ 0,005 ≤ 0,1L-Ag55Sn

2.203 Silver filler 2.5151 71 – 73 Rest – ≤ 0,02 – – – – – ≤ 0,005 ≤ 0,1L-Ag72

2.204 Silver filler – 43 – 46 18 – 22 – – 6 – 10 – – 2,0 – 6,0 – – ≤ 0,3

2.205 Silver filler – 57 – 61 15 – 18 – – Rest – – – – – ≤ 0,3

2.300 Gold filler – 38,5 – 39,5 Rest – – – – – – – – Au 33,0

2.301 Au-Pt. – 16 – 17 8 – 10 – – – – – – – – Au 60 –62alloy Pt 13 – 14


List of Materials

3. Non precious metal alloys Composition in weigth %

4. Plastics 5. Ceramic materials Composition in weigth %

Alloy elementsAg silverAl aluminumAu goldBe berylliumC carbonCr chromiumCu copperCo cobaltFe ironH hydrogenMn manganeseMo molybdenumN nitrogenNb niobium

Ni nickelO oxygenP phosphorusPb leadPt platinumS sulphurSb antimonySi siliconSn tinTi titaniumV vanadiumW tungstenZn zincZr zirconia

Please Note: The materials listed in tables 1 – 4 enable easy identification of chemical compositions. The "Identification No.” stated in these columns are numbers based upon an agreement by German manufacturers of orthodontic products. Not all the listed materials are used by Dentaurum.

Identi- Material

fication Name Number Ni Fe Mn Cr Mo W Ti Si C Co Al S O H N OthersNo. (DIN)*

3.000 CoCr alloys – 19–23 4-6 ≤ 1,0 18–22 3–5 3–5 0,1–2,0 ≤ 0,5 ≤ 0,03 Rest – ≤ 0,1 – – – –(remaloy®)

3.001 CoCr alloys – 14–16 Rest 1,0–3,0 19–21 6–8 – – – ≤ 0,30 38–42 – – – – – Be 0,01–0,09

3.002 CoCr alloys – – 27–31 ≤ 1,0 28–32 4–6 – – ≤ 0,1 ≤ 0,35 31–35 – – – – – –

3.003 CoCr alloys – ≤ 0,1 – ≤ 0,3 28–32 4–6 – – ≤ 1,0 ≤ 1,0 Rest – – – – ≤ 0,3 –(Topic, Ortho-CastTM NF)

3.100 Titanium 3.7025 – ≤ 0,15 – – – – Rest – ≤ 0,06 – – – ≤ 0,12 ≤ 0,013 ≤ 0,05 –

3.101 Titanium 3.7065 – ≤ 0,30 – – – – Rest – ≤ 0,06 – – – ≤ 0,35 ≤ 0,013 ≤ 0,05 –

3.102 TiAI6V4 3.7165 – ≤ 0,30 – – – – Rest – ≤ 0,08 – 5,5–6,75 – ≤ 0,20 ≤ 0,025 ≤ 0,05 V 3,5–4,5

3.103 TiMo alloys – – – – – 11,5 – 78 – – – – – – – – Zr ≤ 6rematitan® Special Sn ≤ 4,5

3.104 Titanium 3.7035 – ≤ 0,20 – – – – Rest – ≤ 0,06 – – – ≤ 0,18 ≤ 0,013 ≤ 0,05 –(equilibrium® ti)

3.200 NiTi alloys – 50-60 ≤ 0,5 – – – – Rest – ≤ 0,1 – ≤ 0,1 – ≤ 0,1 ≤ 0,01 ≤ 0,01 –(rematitan® LITE)

(Tensic®)(Equire)

3.201 NiTiCu alloys – 50-60 < 0,5 – – – – Rest – < 0,1 – < 0,1 – < 0,1 < 0,017 < 0,01 Cu < 1,0

Identi- Material

fication Name Number AI2O3 ZnO MgO OthersNo. (DIN)*

5.000 Aluminum Oxide – 99,99 – – ≤ 0,01

5.001 Band Cement – – 80 – 86 6 – 10 ≤ 10

Identi- Material

fication Name SymbolNo. (DIN)*

4.000 Epoxide EP

4.001 Polyamide PA

4.002 Polycarbonate PC

4.003 High-density polyethylene PE-HD

4.004 Low-density polyethylene PE-LD

4.005 Polymethylmethacrylate PMMA

4.006 Polypropylene PP

4.007 Polystyrene PS

4.008 Polytetrafluorethylene PTFE

4.009 Polyurethane PUR

4.010 Polyvinylchloride PVC

4.011 Polyvinylsiloxane PVS

4.100 Acrylonitrile butadiene styrene ABS

4.101 Ethylene vinylacetate EVA

4.200 Synthetic isoprene rubber IR

4.201 Natural rubber NR

4.202 Silicone rubber Q

4.203 Silicone SI


Conversion Tables

1 mm = 0,0394 inch1 cm = 10 mm = 0,3937 inch1 m = 1000 mm = 1,0936 yards1 km = 0,6214 miles1 inch= 25,40 mm1 foot= 12 inches = 30,48 cm1 yard= 3 feet = 91,44 cm1 mile= 1760 yards = 1,6093 km

1 at = 0.981 bar = 0.981 x 105 Pascal (Pa)1 kp = 9.81 Newton (N)1 PS = 0,746 kW0 °C = 273 Kelvin (K)

1 MPa = 1 N/mm2

1 N/mm2 = 145.14 p. s. i.1 p. s. i. = 0.00689 N/mm2

1 l = 1000ml = 2,11 pints= 1,06 quarts = 0,26 gallons

FDI System18 17 16 15 14 13 12 11 21 22 23 24 25 26 27 2848 47 46 45 44 43 42 41 31 32 33 34 35 36 37 38

1 mg = 0,0154 grain1 g = 1000 mg = 0,0353 oz1 kg = 1000 g = 2,2046 Ib

1 ounce = 28,35 g1 pound = 16 ounces = 0,4536 kg

� �

* Not responsible for accuracy of this information

Please Note:ø roundf square

In addition to the metric measurements provided, the wires, brackets and buccal tubes arealso available with an additional description in inches (DIN 13971) eg. 17 x 25 = .017 ”x .025”

Wire Wiremm inch 1 kg mm inch 1 kg

0,10 0.004 16120 m* 0,60 24 448 m*

0,15 0.006 7150 m* 0,70 28 329 m*

0,20 0.008 4030 m* 0,80 32 251 m*

0,22 0.009 3335 m* 0,90 36 198 m*

0,25 0.010 2590 m* 1,00 40 161 m*

0,28 0.011 2055 m* 1,10 44 133 m*

0,30 0.012 1793 m* 1,20 48 112 m*

0,35 0.014 1315 m* 1,30 51 95 m*

0,40 0.016 1010 m* 1,40 55 82 m*

0,45 0.018 795 m* 1,50 59 71 m*

0,50 0.020 645 m*

mm

0,02540,05080,07620,10160,12700,15240,17780,20320,22860,25400,27940,30480,33020,35560,38100,4064

Inch

0.0010.0020.0030.0040.0050.0060.0070.0080.0090.0100.0110.0120.0130.0140.0150.016

mm

0,43180,45720,48260,50800,53340,55880,58420,60690,63500,66040,68580,71120,73660,76200,78740,8128

Inch

0.0170.0180.0190.0200.0210.0220.0230.0240.0250.0260.0270.0280.0290.0300.0310.032

mm

0,83820,86360,88900,91440,93980,96520,99061,00001,01601,04141,06681,09221,11761,14301,16341,1938

Inch

0.0330.0340.0350.0360.0370.0380.0390.03940.0400.0410.0420.0430.0440.0450.0460.047

mm

1,21921,24461,27001,29541,32081,34621,37161,39701,42241,44781,47321,49861,52401,54941,57481,6002

Inch

0.0480.0490.0500.0510.0520.0530.0540.0550.0560.0570.0580.0590.0600.0610.0620.063

mm

1,62561,65101,67641,70181,72721,75261,77801,80341,82881,85421,87961,90501,93041,95581,98122,0000

Inch

0.0640.0650.0660.0670.0680.0690.0700.0710.0720.0730.0740.0750.0760.0770.0780.0787

Inch mm

1/64 0.0156 0,397

1/32 0.0312 0,794

1/16 0.0625 1,588

1/8 0.1250 3,175

3/16 0.1875 4,763

1/4 0.2500 6,350

5/16 0.3125 7,938

3/8 0.3750 9,525

1/2 0.5000 12,700

5/8 0.6250 15,875

3/4 0.7500 19,050

1 1.0000 25,400

°C °F °C °F

– 40 – 40 110 230– 30 – 22 120 248– 20 – 4 130 266– 10 + 14 140 284

0 + 32 150 30210 50 200 39220 68 300 57230 86 400 75240 104 500 93250 122 600 111260 140 700 129270 158 800 147280 176 900 165290 194 1000 1832

100 212 2000 3632

System International (Si)

Basic size Basic unit SymbolLength Meter mMass Kilogram kgTime Second sStrength of theelectric current Ampere A

Thermodynamictemperature Kelvin K

Luminous intensity Candela cdSubstance quantity Mol mol

989-

561-

20

Prin

ted

by D

enta

urum

Ger

man

y

04/

05/C

/R1

For questions regarding the application of our products, please contact our orthodontics department.

Fixed Appliance Technique Hotline +49 72 31 / 803-550Removable Appliance Technique Hotline +49 72 31 / 803-555

Fax +49 72 31 / 803-295

Orders +49 72 31 / 803-210

Additional information regarding Dentaurum products can be found on the internet

www.dentaurum.com

Updated: 04/05

- we reserve the right to make changes -

Turnstraße 31 · 75228 Ispringen · Germany · Telephone +49 72 31 / 803-0 · Fax +49 72 31 / 803-295www.dentaurum.com · E-Mail: [email protected]

Manual Dentaurum Ingles

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