Advanced 3D Roughness Analysis Softwarein contact-type 3D surface texture measurement, its...

2
Volume calculation, section profile display, distance/angle calculation, level difference calculation ◄−201μm ◄643μm ◄245μm Advanced 3D Roughness Analysis Software Versatile 3D Analysis, Simple Operation SURFCOM Map imports 3D roughness data measured with SURFCOM series software for more than 20 different types of offline analysis. A rich collection of analysis functions combines with simple operation to make SURFCOM Map the most advanced offline 3D roughness analysis software available. Rich Collection of Analysis Functions More than 20 types of analysis, including color display, photograph display, contour line display, 3D display, load curve graph, and more. Color display Contour screen 3D display (surface) 3D display (line) Photograph display Bearing area curve Island volume Section profile display Hole and projection volume Distance and angle calculation Number of islands 3 Island average volume 7.4 m3 Island average height 276 m Island average area 33.7 mmL Average height/surface area ratio 8.18 μm/mmL Region (%) 0.832 742 25 Space volume (%) 0.168 35 90.2 Material volume (%) 90.8 65 9.73 Space volume (μm,mm2/mm2) 0.36 150 194 Holes Projections Surface (mm2) 0.000298 1.77 Volume (mm2) 0.00e-000 0.162 Max. depth/height (μm) 0.00e-000 0.251 Average depth/height (μm) 0.00e-000 0.0913 Cursor 1 Cursor 2 X=1.75 mm X=9.38 mm Y=7.05 mm Y=3.8 mm Z=670 mm Z=737 mm Horizontal distance 8.29 mm Vertical height 66.8 μm Diagonal distance 8.29 mm Calculates the volume of islands that exceed a specified level. Color classification of surfaces higher and lower than a specified level. Calculates the volume of specified holes and projections. Calculates the distance between two specified points and the angle formed by two straight lines. Surface Texture – Contour Measuring Instruments Software Effects can be viewed on the analysis condition modification screen. Intuitive operation lets you modify conditions simply by using the mouse to click the object on the inspection report. Outstanding Ease of Operation Enhances Analysis Efficiency Object orientation software that enables condition modification on the inspection report. Condition settings can be configured, while monitoring the effect on the analysis condition modification screen. This makes it easy to set optimal conditions. 72 TOKYO SEIMITSU

Transcript of Advanced 3D Roughness Analysis Softwarein contact-type 3D surface texture measurement, its...

Volume calculation, section profile display, distance/angle calculation, level difference calculation

◄−201μm

◄643μm

◄245μm

Advanced 3D Roughness Analysis Software

Versatile 3D Analysis, Simple OperationSURFCOM�Map�imports�3D�roughness�data�measured�with�SURFCOM�series�software�for�more�than�20�different�types�of�offline�analysis.� A�rich�collection�of�analysis�functions�combines�with�simple�operation�to�make�SURFCOM�Map�the�most�advanced�offline�3D�roughness�analysis software available.

Rich Collection of Analysis FunctionsMore than 20 types of analysis, including color display, photograph display, contour line display, 3D display, load curve graph, and more.

Color display

Contour screen

3D�display�(surface) 3D�display�(line)

Photograph displayBearing area curve

Island�volume Section profile display Hole and projection volume Distance and angle calculation

Number of islands 3Island�average�volume� 7.4�m3Island�average�height� 276�mIsland�average�area� 33.7�mmLAverage�height/surface�area�ratio� 8.18�μm/mmL

Region�(%)� 0.832� 742� 25Space�volume�(%)� 0.168� 35� 90.2Material�volume�(%)� 90.8� 65� 9.73Space�volume�(μm,mm2/mm2) 0.36 150 194

Holes ProjectionsSurface�(mm2)� 0.000298� 1.77Volume�(mm2)� 0.00e-000� 0.162Max.�depth/height�(μm)� 0.00e-000� 0.251Average�depth/height�(μm)� 0.00e-000 0.0913

Cursor 1 Cursor 2X=1.75�mm� X=9.38�mmY=7.05�mm� Y=3.8�mmZ=670�mm� Z=737�mm

Horizontal�distance� 8.29�mmVertical�height� 66.8�μmDiagonal distance 8.29 mm

Calculates the volume of islands that exceed�a�specified�level.

Color�classification�of�surfaces�higher�and�lower�than�a�specified�level.

Calculates�the�volume�of�specified�holes and projections.

Calculates the distance between two specified�points�and�the�angle�formed�by two straight lines.

Surface Texture – Contour Measuring Instruments Software

Effects can be viewed on the analysis condition modification screen.

Intuitive�operation�lets�you�modify�conditions�simply�by�using�the�mouse to click the object on the inspection report.

Outstanding Ease of Operation Enhances Analysis Efficiency

Object orientation software that enables condition modification on the inspection report.

Condition�settings�can�be�configured,�while�monitoring�the�effect�on�the�analysis�condition�modification�screen.�This makes it easy to set optimal conditions.

72TOKYO SEIMITSU

4 types of products are selectable depending on the machine and function.4�types�of�products�are�available�depending�on�the�machine�and�function.�You�may�select�a�product�based�on�analysis�requirements.

Several types of machines are available for different uses.

■ Contact-type surface texture measurement instruments SURFCOM Series By using the Y-axis driver for 3D roughness measurement, 3D roughness measurement is possible.

Workpiece movement type Detector movement type (patent pending)

Workpiece movement type with reputation for accuracy. The�Y-axis�drive�range�can�be�set�between 50 and 200 mm.

A�small�Y-axis�driver�(Y�driver)�is�installed beneath the X-axis driver. You�may�perform�3D�roughness�measurement on large or heavy workpieces without moving them.

Opt-scope is a non-contact 3D surface texture and contour measuring instrument that uses the principle of white interference.Since�it�does�not�require�scanning�in�the�X-�and�Y-axis�directions,�which�is�necessary�in contact-type 3D surface texture measurement, its measurement speed is extremely high and measurement can be completed in a short period of time.

*�For�other�specification�details,�refer�to�Opt-scope�pages�58�and�60.

2 measurement method types are available depending on use.With�either�type,�the�Y-axis�driver�can�be�installed�to�the�existing�SURFCOM.����������*Contact�our�sales�representatives�for�details.

Main analysis function

■ Non-contacted/Three-dimensional Surface Roughness and Contour Measuring Instrument Opt-scope Extremely high measurement speed is offered.

Analysis functionSURFCOM series Opt-scope

Premium Expert Standard PremiumColor display ○ ○ ○ ○ ○Photograph display ○ ○ × ○ ○Contour line display ○ ○ ○ ○ ○3D display ○ ○ ○ ○ ○Load�curve�graph ○ ○ ○ ○ ○Peak distribution ○ ○ ○ ○ ×Island�volume ○ ○ × ○ ×Section profile display ○ ○ ○ ○ ○Hole and projection volume ○ ○ × ○ ○Distance measurement ○ ○ × ○ ○2D surface roughness analysis ○ × × ○ ○

Specifications Opt-scope R Opt-scope S+

Lens Multiple-type (with�a�revolver�mechanism) Single-type

Measuring�range�(XY) 1.7�mm�x�1.7�mm�(Using�10-fold�magnification�lens)

Moving�range�(XY) 50�mm�x�50�mm�(when�using�the�optional�electric�stage)

Maximum measuring height 159 mm 200 mm

Vertical scanning filed 20 mm

Vertical resolution 0.01 nm

Light�source High�brightness�white�LED

Specifications Y-axis�fixed�pitch�driver�for�3D�roughness�measurement

Drive system Workpiece movement type Detector movement type

Model E-YM-S06B E-YM-S12B E-YM-S07B E-YM-S08B E-DH-S173B

Drive range 50 mm 100 mm 150 mm 200 mm 13 mm

Minimum feed pitch 0.001 mm

Number of feed line 2 to 4001 lines

Straightness accuracy 0.05�+�3L/1000�μm 1 μm

Table surface dimensions 80 x 120 mm 100 x 120 mm 120 x 150 mm 150 x 150 mm ー

Maximum loading weight 5 kg 10 kg 5 kg 10 kg ー

Applicable model CREST�/�NEX�/�2800�/�1800�/�1400�/�2000�/�2900�/�1900�/�1910�/�1500 NEX�/�2000�/�2900� / 1900 / 1910 / 1500

Product(Opt-scope�Standard�

accessories)Opt

Sof

twar

e

73TOKYO SEIMITSU