DLP FAE

Jeremy Wu

June 2019

TI DLP® Products Enabling Innovations in Industrial Applications

DLP MEMS technology for industrial

The DMD is a fast, efficient, and reliable spatial light modulator (SLM) offering: 1) High Speed Switching – Switching of the full array at up to 32 kHz

2) Extended Wavelength – Supporting UV to near-infrared (NIR) and extended visual spectrum

3) Pixel Accurate Control – Direct pixel mapping combined with accurate timing and triggers

Works with lamps, LEDs, and Lasers

Visible Ultra-Violet Deep UV Near-Infrared Infrared

DLP Capabilities (Today)

363 nm 420 nm 700 nm 2500 nm

DLP Industrial innovations

Factory Automation PCB Lithography Vein Viewer FPD Lithography

3D Biometric Hyperspectral Image Optical inspection Optical Networking 3D Printing

Marking & Coding 3D Fingerprint Dental Scan Quality Inspection Stage Lighting

PCB/PCA AOI

DLP Industrial fast growing markets

3D Machine Vision Spectral Sensing

Lithography 3D Printing

3D Machine Vision with DLP technology

Why choose DLP technology? 3D Sensing: Look in-3D

Industrial/Metrology Dental/Medical Scanners

Factory Automation

DLP® chipset

End Equipment Examples

1. DMD projects light patterns

2. Object distorts the light patterns

4. Image processing and triangulation algorithms determine 3D structure of object

Triangulation base

Is PCB defect-free? (Pre-IC placement)

DLP Feature Design Benefit

Optical MEMS device

Generating reliable and precise

structured light patterns with superior

image quality

High speed pattern rates up to

32 kHz with ~2 µs optical

switching

Real-time light processing and/or display

for instant information

External triggers Enables easy synchronization to

external cameras and sensors

High bit-depth Higher accuracy and resolution

Extended wavelength support

363-2500 nm

Enabling applications that require UV,

visible, or NIR light sources or light

detection

Small form factor

Portable, lower cost solutions when

combined with TI's embedded

processors

Strong DLP ecosystem Quicker time-to-market with lower

investment 3D Biometric

3. Camera captures the distorted images

DLP 3D Machine Vision market opportunities

3D Camera Prosumer 3D

Scanner

Industrial/Metrology

Scanner Medical 3D Scanner

Use Cases

• Facial Recognition

• Mixed Reality

• AR/VR

• Gaming

• Drone & Robots

Use Cases

• 3D Modeling

• Scan-to-Print

• 3D Animation

• E-commerce

Use Cases

• Quality Control

• Factory Automation

• Tool Inspection

• In-Process Inspection

• Reverse Engineering

Use Cases

• Implant Surgery

• Mouth Rehabilitation

• Bridge and Crowns

• Hearing Aid

• Live Cell Imaging

Inline Automated

Optical Inspection

image © Zividlabs image © Tomocube

image © Carestream

image © Shining3D

image © eSun

Use Cases

• PCB Solder Paste & assembly Inspection

• Advanced IC Packaging

• Machined Parts Inspection

3D Machine Vision | inline and offline

7

bin picking & sorting

3D robotic heads

industrial 3D inspection

image © Keyence

Enabling

BGAs to Flat Panels

Enabling

Hand Held to Factory Floor

image © Shining3D

DLP 3D Machine Vision leveraging the ecosystem Optical engine

manufacturers

System integrators

/ ODMs

Chip maker Design support Integration support

Controller &

PMIC

DMD Variety of sizes, resolutions

and light source options

OEM’s / Brands

Business facilitator

Digital Lithography with DLP technology Enabling high-speed and high-throughput solutions

Why choose DLP technology?

DLP Feature Design Benefit

High speed digital pattern rates

>32 kHz

Pixel rate > 61 Gpps

Improve throughput and eliminate

the need for masks or print plates

Micromirror size

7.6,10.8, and 13.6 µm

Achieve micron-level features for

high accuracy and demanding

applications

Extended wavelength support

363-2500nm

Cure a variety of photosensitive

materials

End Equipment Examples

PCB LDI Lithography

FPD (Flat Panel Display)

Lithography

How it Works System Block Diagram

Digital Lithography market opportunities

FPD Patterning Semiconductor

3D Packaging PCB Solder Mask

Use Cases

• LCD

• OLED

• Quantum Dot

Use Cases

• Back end of Line

• Redistribution layers

• Through Silicon Via

• 3D packaging

• Copper Pilar

Use Cases CB Solder Mas

• PCB solder Mask

• Flexible cables

• Automotive harnesses

PCB Patterning

Use Cases

• PCB trace imaging

• Flexible roll to roll

• Advanced IC Packaging

image © Zividlabs image © Tomocube

Industrial Lithography | Direct Imaging

Enabling

BGAs to Flat Panels

image © Hans Laser

image © Adtec

image © DNK

image © Advantools image © ORC

image © Orbotech image © Chimeball

image © YSPhotech

Industrial Industrial

High power UV and 405 nm support for digital lithography, and

3D scanning

Family of flexible DMDs optimized for next

generation industrial factories

Digital Lithography

Light Source UV LED

Resolution 45/30 um L/S

Speed 240 panels per hour

Other

Features

Patterning and solder mask

all-in-one

Solder Paste Inspection

Light Source RGB LED

Resolution 10/15 um x 0.4 um

Scan Area 660 x 610 mm 200 cm2/sec

Other

Features

Measures; Height, Area,

Volume, and Offset in a

single scan

DLP Products: Lithography/3D scanning examples

Image © CBT

Image © TRI

3D Printing with DLP technology

.

SLA - Photo polymerization SLS - Powder Bed Fusion

• Photopolymer resins are cured one layer at a

time to build 3D objects

• Powder particles are sintered layer by layer to

build 3D objects

• DLP technology can be used with ultra-violet

light to cure a single layer in one shot to

provide faster print speeds

• DLP technology can be used with near-infrared

light to spatially sinter a layer of powder with

varying optical power

3D Printing with DLP technology Best-in-class combination of resolution and speed

Industrial Direct Manufacturing

Desktop 3D Printers

Why choose DLP technology?

DLP Feature Design Benefit

Micromirror array exposes an entire

layer in one shot

Faster build speed than point-by-point

technologies and constant build time

independent of layer complexity

Easily program high-resolution patterns Enables sub-50μm resolution on the image

plane and easily adjust layer thickness

Extended wavelength support

363-2500nm Compatible with a wide range of polymers

and resins

Reliable MEMS technology No expensive parts (e.g. ink jets) to replace

- translates to lower cost of ownership

End Equipment Examples

How it Works

Industrial Printing | 3D printers SLA (Stereo lithography)

Build Sizes Enabling

Desktop to Factory Floor

image © 3D Systems

image © 3D Systems

image © Prodways

image © Carbon

image © EnvisionTec

image © Carbon

Thermochromic Printing with DLP technology Digital inline printing for late stage product customization

Why choose DLP technology?

DLP Feature Design Benefit

High resolution micromirror array

exposes a 2D image in one shot

Faster print speed than point-by-point

technologies for complex images. Larger

print areas without trading off throughput.

Dynamically program complex

patterns and images

Select custom graphics in real-time on the

production line.

High power NIR wavelength support Compatible with thermally sensitive coatings,

including food-safe options. Can thermally

react substrates through transparent covers.

Digital controller with high bit depth Print high resolution grayscale images.

Reliable MEMS technology

Stable and clear prints over time and

temperature. Fewer parts to replace or

maintain for lower cost of ownership

How it Works

The print head delivers a dynamic 2D near-

infrared light pattern to thermally activate a

substrate or coating on a moving production line.

Thermally sensitive

coating

High

power NIR

print head

TI Information – Selective Disclosure

DLP Spectral Sensing market opportunities

How it works?

How much sugar?

1. Spread the wavelengths across the DMD columns

2. Sequentially select one wavelength (one column) at a time

3. One photodetector measures absorption of each wavelength

DMD Broadband

light

Sugar Absorbance Sugar Molecule in an apple

Detect 1440nm - where

sugar molecule absorb

1440nm light

Food Analysis

o Identification of food allergens – ex., Gluten in Food

o Food contamination - ex., Melamine in Milk

o Food consumption analysis – ex., Protein/Carb Content

Pharmaceutical

o Counterfeit drug detection – ex., Botox

o In-pharmacy ingredient testing – ex., Custom Drugs

o In-line quality control – ex., Drug Manufacturing

Agriculture / Petrochemical

o Soil Analysis – ex., Nitrogen level detection

o Crop Analysis – ex., Wheat Protein levels

o Oil contamination – ex., Kerosene levels in Gasoline

Competitive Advantage - Portable, low cost, flexibility

TI Information – Selective Disclosure

Optical Module

Manufacturers

CMs or ODMs

SW Partners OEMs / Brands

DLP technology Spectral Sensing supplier chain

Chip maker Optical design support HW, SW and system

integration support Business Facilitator

Controller & PMIC chips

DLP Pico DMD Variety of sizes, resolutions,

and brightness levels

TI’s Role:

Controller & PMIC chips shipped to CM or ODMs

Optics + DMD

+ DMD PCB

Chemometric

Software

TI Information – Selective Disclosure

DLP650LNIR 1280x800 high power NIR DMD

19

• High resolution WXGA NIR DMD - 1280 x 800 pixel resolution

• NIR window transmission (single pass, 2 surfaces):

• 950-1150nm: ≥ 98% (nominal); 850-2000 nm: ≥ 90%

• S450 ceramic package for efficient power handling:

• up to 160 W at 134 W/cm2 incident DMD illumination

• up to 80 W at 500 W/cm2 incident DMD illumination

• System level liquid cooling required:

• DMD package (TP1) ≤30°C and array temperatures ≤70°C

• High speed DLPC410 controller and DLPR410A PROM offers:

• Input data bus clock of 400 MHz

• Pixel-level control

• Robust ceramic package with low thermal resistance enables high

optical power applications.

• Increases speed vs direct laser, inkjet, and thermal contact printing

• 1-bit pattern rates up to 12.5 kHz, 8-bit up to 1563 Hz

• Dynamic, programmable patterns at pixel level enables advanced

imaging capabilities

• Compatible with common NIR lasers enabling easy accessibility for

system designs

Applications

• Selective Laser Sintering 3D printing (nylons, polycarbonates, metals)

• Dynamic Grayscale Laser Marking and Coding

• Industrial Digital Printing

• Repair and Ablation

• 3D Machine vision and 3D Biometrics

• High power NIR Scene projection

• Optical Network Switching and attenuation

Features Benefits

DLP650LNIR DMD solution DLPC410

DLP650LNIR

DLP Design Network & TI Designs

24 Independent 3rd Party Providers

59 Unique Design Solutions with • Electronics Optics

• Software Full System Integration

DLP Design Network is at

www.ti.com/dlpdesign

Refer to TI Designs to speed up your DLP design

time. Reference designs include schematics,

layouts, and BOM. • 3D Point Cloud Generation

• NIR Spectroscopy

• Stereolithographic 3D Printing

• High Res, Portable Light Steering

DLP Industrial Getting started: easy as 1, 2, 3

Educate

• Explore the DLP 3D Machine Vision system block diagram

• Watch the 3D Scanning TI Design Video

Evaluate

• Order Evaluation Modules from a TI distributor or eStore

• Get connected with the TI E2E community

Create

• Download the free TI Design: electronics, optics, and software

• Find a design services or module provider from the DLP Design Network

Global Segment expertise and support, anytime and anywhere

SILICON SOFTWARE

TOOLS

& KITS

SUPPORT

TI DESIGNS TRAINING

ECOSYSTEM

PARTNERS

Ti.com

How Can We Help?

S I L I C O N P i c k t h e c h i p t h a t f i t s y o u r

s y s t e m n e e d s

S O F T WAR E H i g h s p e e d v i s i b l e S W

U V S W

N I R S W

T O O L S & K I T S H i g h s p e e d v i s i b l e E V M s

U V E V M s

N I R E V M s

T I D E S I G N S U s e D L P A L C

r e f e r e n c e d e s i g n s

T R AI N I N G V i e w ALC training

E C O S Y S T E M • 2 0 + I n d e p e n d e n t 3 r d

P a r t y P r o v i d e r s w i t h

D L P e x p e r i e n c e

• 5 0 + D e s i g n S o l u t i o n s :

• O p t i c s , E l e c t r o n i c s

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I n t e g r a t i o n

V i e w s o l u t i o n s & s e r v i c e s

f r o m t h e s e c o m p a n i e s

S U P P O R T S e a r c h f o r ALC answers

Introduction of DLP Pico Light Controllers for 3D Scanning and 3D Printing Applications

Kevin Shi,

FAE,

DLP Products,

Texas Instruments

Agenda

Introduction

3D Scanning o DLP technology benefits

o Recommended Products

o Development platforms

3D Printing o DLP technology benefits

o Recommended Products

o Development platforms

Q&A

Pico projection – Technology leader

Smartphones

Camcorders

Tablets

Wearable Displays

DLP technology: Evolution

Cinema – Technology leader Top player in Industrial

3D Machine Vision, 3D Printing

3D Scanning, 3D Printing Roadmap Industrial performance in Pico form factors

TI DLP® technology brings industrial performance to mainstream 3D scanners and printers

Optimized precision and speed

Size and power versatility

New TI DLP®

Pico chipsets

bring precision

light control and

high image quality

into high volume

compact and

portable

applications

Bringing proven Pico display

technology to new applications

Precision light control and high image quality for portable applications

New TI DLPC347x Controllers

DLPC3470 controller

DLPC3470 controller

DLPC3478 controller

DLPC3479 controller

Smallest size Invisible light Optimized size/resolution Highest resolution

DLP2010 DMD DLP2010NIR DMD DLP3010 DMD DLP4710 DMD

Available now

DLPC347x Advantages

Pixel-accurate pattern projection

Flexible Triggers

Monochrome support

Extended wavelength support

Internal pattern streaming

Optimized for 3D capture, 3D printing

Real-time camera/system control

Single-color support

405nm, visible and NIR* (2010NIR)

>20% simpler system cost and size

Capture Create Imagine

Bringing 3D printers and scanners to consumers

Micron-level accuracy captures fine detail and enables smooth, high-quality

printed objects at speeds 5X faster than existing 3D printing technologies

Made by me

Precision pattern control in smaller form factors

Small form

factor

industrial

applications

Dental and

medical

applications

Enables a variety of portable 3D scanners and desktop 3D printers

Home

hobbyist,

artist,

inventor

Facial

recognition /

access

control

3D Scanning

Introduction to 3D Scanning

What is 3D scanning?

Typical Applications

3D scanning is a fast and accurate way of gathering physical measurements of an

object onto a computer in an organized manner, resulting in 3D scan data.

Once the scan data is on the computer, all of the dimensions of the object can be

taken, such as length, width, height, volume, feature size, feature location, surface

area, etc.

Location & Guidance Measure & Inspect Biometrics Automated Optical Inspection Medical Imaging

Many Methods for 3D Scanning

Use triangulation to determine the depth of an object, different methods include

Stereo Triangulation or

Photogrammetry

Single Line Laser Scan

Time of Flight

Structured Light

3D Scanning with DLP technology

Why choose DLP technology? 3D Scanning: Look in-3D

Industrial/Metrology Dental/Medical Scanners

Factory Automation

DLP® chipset

End Equipment Examples

1. DMD projects light patterns

2. Object distorts the light patterns

4. Image processing and triangulation algorithms determine 3D structure of object

Triangulation base

Is PCB defect-free? (Pre-IC placement)

DLP Technology Feature Design Benefit

Optical MEMS device

Generating reliable and precise

structured light patterns with superior

image quality

High speed pattern rates up to

32 kHz with ~2 µs optical

switching

Real-time light processing and/or display

for instant information

External triggers Enables easy synchronization to

external cameras and sensors

High bit-depth Higher accuracy and resolution

Extended wavelength support

363-2500 nm

Enabling applications that require UV,

visible, or NIR light sources or light

detection

Small form factor

Portable, lower cost solutions when

combined with TI's embedded

processors

Strong DLP ecosystem Quicker time-to-market with lower

investment 3D Biometric

3. Camera captures the distorted images

3D Scanning with Structured Light

• Patterns projected on an object inherently create identifiable features

• A camera triggered to each pattern captures these features

Triangulation Base

u

v

u

v

(x,y,z) (x,y,z) Projector Camera

Can easily identify all

points because of

projected pattern

DLP Technology Programmable Patterns

Programmable Patterns allow users to gain full control

over the Structured Light System

Multiple patterns • Binary Code

• Gray Code or N-ary Codes

• Phase Shift

Adaptive Patterns

• Varying Color/Light and Pattern depending on object

response and movement

Hybrid Patterns

• Combination of several patterns

Industrial performance in compact form factor

Resolution

Wavelength

Pattern rates

System level Careabouts

Typical 3D scanner block diagram

DLPC347x controller benefits

High accuracy 3D capture

3D Capture maximum information in X, Y and Z dimensions

3D Capture human teeth or a car

3D Capture any object in any room

One-to-one pixel accuracy

Dense 3D point clouds

Flexibility

Extended wavelength support

Capture

DLPC347x Feature – DLPC3478 Display and Light Controller for DLP3010 (.3 720p) TRP DMD

Display Features: • Supports Input Image Sizes Up to 720p

• Input Frame Rates to 120 Hz (2D and 3D)

• 24-Bit, Input Pixel Interface Support

• Parallel or BT656, Interface Protocols

• Pixel Clock Up to 150 MHz

• Image Processing - IntelliBright™ Algorithms, Image Resizing, 1D

Keystone, CCA, Programmable Degamma

Light Control Features: • Pattern Display Optimized for Machine Vision and Digital Exposure

• Flexible Internal (1D) and External (2D) Pattern Streaming Modes

o Programmable Exposure Times

o High Speed Pattern Rates Up to 2500 Hz(1-bit) and 360

Hz(8-bit)

• Programmable 2D Static Patterns via Splash

• Internal Pattern Streaming Mode Enables Simplified System Design

o Eliminates Video Interface Requirement

o Store >1000 Patterns in Flash Memory

• Flexible Trigger Signals for Camera/Sensor Synchronization

o One Configurable Input Trigger

o Two Configurable Output Triggers

System Features: • I2C Control of Device Configuration

• Programmable Splash Screens

• Programmable LED Current Control

• Auto DMD Parking at Power Down

Applications • Battery Powered Mobile Accessory HD Projectors

• Embedded Projection (Notebooks, Laptops, Tablets, Hot Spots)

• 3D Scanners: 3D Camera, 3D Reconstruction, AR/VR, Dental

Scanner

• 3D Machine Vision: Robotics, Metrology, In-line Inspection (AOI)

• 3D Biometrics: Facial and Finger Print Recognition

• Light Exposure: 3D Printers, Laser Marking

Typical DLPC347x system

Signal Name Description

TRIG_OUT_1 External Pattern Mode: Active during each input frame.

Internal Pattern Mode: Active during a predefined group of patterns.

TRIG_OUT_2 Active during display of each pattern. When operating in external pattern mode, one input frame can have multiple patterns.

TRIG_IN Active in Internal Pattern Display mode only. Trigger In signal is used to advance to next patterns in internal pattern mode.

Pattern Display Mode – External Pattern Mode

The DLPC3478 controller firmware allows for the following

user programmability.

• Exposure time (tExposure): Time during which a pattern

displayed and the illumination is ON.

• DarkPre time (tDarkPre): Dark time (before the pattern

exposure) during which no pattern displays and the

illumination is OFF.

• DarkPost time (tDarkPost): Dark time (after the pattern

exposure) during which no pattern displays and the

illumination is OFF.

• Number of 8-bit patterns within a frame: 1, 2, or 3 within

each Frame period

• Selection of Illuminator that is ON for each 8-bit pattern.

• TRIG_OUT_1 and TRIG_OUT_2 signal configuration

and delay

Pattern Display Mode – Internal Pattern Mode

Pattern Display Mode – Internal Pattern Mode

• The device displays multiple 1D patterns within an internally

generated VSYNC signal. tExposure (exposure time),

tDarkPre and tDarkPost (dark time) are equal for all the 1D

patterns within one internally generated VSYNC frame.

• Blue LED is configured to be ON for each pattern.

• TRIG_OUT_1 (Frame Trigger) is configured active high

polarity and will have a minimum pulse width of 20

microseconds. TRIG_OUT_1 delay (tD1) is configured with

respect to internally generated VSYNC.

• TRIG_OUT_2 (Pattern Trigger) is configured active high

polarity and stays active during the pattern exposure.

TRIG_OUT_2 delay (tD2) is configured with reference to the

start of each pattern.

• VSYNC is generated internally according to different sets of

patterns stored in the SPI flash memory.

• In free running mode the DLPC3478 controller generates an

internal synchronization signal to display pre-stored patterns

• User sends an I2C command to instruct DLPC3478 controller

to start download of the 1D patterns from flash memory into

DLPC3478 controller’s internal memory and displaying of the

1D patterns.

Pattern Display Mode – Internal Pattern Mode

• Trigger In mode provides higher level of control to the user

for displaying patterns.

• In this mode, user controls when to display the pattern by

sending an external trigger signal to the DLPC3478

controller.

• The DLPC3478 controller outputs a Pattern Ready signal

to let the user know when DLPC3478 controller is ready to

accept the external trigger signal.

• DLPC3478 controller sets the Pattern Ready signal high to

denote that the DLPC3478 controller is ready to accept Trigger

In signal.

• The user sends the external trigger input signal to the

DLPC3478 controller to begin the display of the next pattern

with tExposure (exposure time), tDarkPre and tDarkPost (dark

time).

• Blue LED is configured to be ON for each pattern.

• TRIG_OUT_1 (Pattern Set Trigger) is configured active high

polarity and will have a minimum pulse width of 20

microseconds. TRIG_OUT_1 delay (tD1) is configured with

respect to external trigger input(TRIG_IN).

• TRIG_OUT_2 (Pattern Trigger) is configured active high

polarity and stays active during the pattern exposure.

TRIG_OUT_2 delay (tD2) is configured with reference to the

start of each pattern exposure.

Use GUI to Control DLP347x EVM – External

Use GUI to Control DLP347x EVM - Internal

Use GUI to Control DLP347x EVM - Internal

Use GUI to Control DLP347x EVM - Internal

New EVMs + New GUI

DLP2010EVM-LC

$549

DLP3010EVM-LC

$799

New DLP Pico LC EVM GUI

DLP4710EVM-LC

$1299

Scalable Portfolio for 3D Scanning Feature Portability High resolution High speed

Digital

Micromirror

Device (DMD)

DLP2010

DLP2010NIR DLP3010

DLP4500

DLP4500NIR

DLP4710

DLP5500

DLP6500FYE

DLP6500FLQ DLP9000 DLP7000 DLP9500

Resolution 854 x 480 1280 x 720 912 x 1140 1920 x 1080 1024 x 768 1920 x 1080 2560 x 1600 1024 x 768 1920 x 1080

Controller DLPC3470 DLPC3478 DLPC350 DLPC3479

(qty 2) DLPC200 DLPC900

DLPC900

(qty 2) DLPC410 DLPC410

Max Pattern

Rate 2.5 kHz 2.5 kHz 4.2 kHz 2.5 kHz 5 kHz 9.5 kHz 15 kHz 32.5 kHz 23.1 kHz

Max Pixel

Data Rate

1.0 Gbps 2.3 Gbps 4.4 Gbps 5.2 Gbps 3.9 Gbps 19.7 Gbps 39 Gbps 25.2 Gbps 48 Gbps

Optimized

Wavelength

420-700 nm

700-2500 nm 420-700 nm

420-700 nm

700-2500 nm 420-700 nm

420-

700 nm 420-700 nm 400 - 700 nm 400 - 700 nm 400 - 700 nm

Evaluation

Module

DLP2010

Light Control

EVM

DLP3010

Light Control

EVM

DLP

LightCrafter

4500

DLP4710

Light Control

EVM

3rd Party

DLP

LightCrafter

6500

DLP

LightCrafter

9000

DLP

Discovery™

4100

DLP

Discovery

4100

3D Printing (Stereolithography)

Stereolithography (SLA)

• SLA : 3D printing employs photopolymer resin cured by light to solidify a 3D model layer

by layer.

• Light Source - UV or deep blue portion of the spectrum.

– LEDs and lasers are commonly used

• A layer can be exposed using a flying laser spot to address one voxel in at a time.

– Early SLA printers used this method to harden the voxels in a layer of the 3D model being printed.

• DLP digital micromirror devices (DMD) are used to expose all voxels in a given layer at

one time

– Since all voxels are exposed simultaneously, the time required to expose a layer is fixed

regardless of the complexity of the layer.

– The speed advantage becomes clear when there are many active voxels in a layer.

3D Printing DLP technology benefits Why choose DLP technology? How it works?

Direct Manufacturing (Dental or Jewelry) Prototyping

End Equipment Examples

DLP Feature Design Benefit

Layer-by-layer printing

Micromirror array exposes

an entire layer in one shot

Faster build speed than point-

by-point technologies and

constant build time independent

of layer complexity

Easily program high-

resolution patterns

Enables sub-50μm resolution on

the image plane and easily

adjust layer thickness

Extended wavelength

support (363-2500nm)

Compatible with a wide range of

polymers and resins

Reliable MEMS technology

No expensive parts (e.g. ink

jets) to replace - translates to

lower cost of ownership

3D Printing Market Opportunities

End Product Examples

Digital Dentistry

“From producing a few drill guides in a small surgical practice

up to round-the-clock production of models in a high-volume

lab” - Dental Wings

Fashion Jewelery

“Shoppers can completely customize their own design and

have the finished product delivered in 3 or 4 days.” – Forbes

Rapid Prototyping

“Our prototype turnaround time reduced from 3-6 months to 2-

3 weeks. Time-to-market for new products reduced by 40-

60%. 3D printing is viewed as an ‘enabler’ here for expanding

into new markets.” – UPS Research

3D Printing: Build in-3D

Competitive Advantage - Speed, resolution, Scalability

DLPC347x controller benefits

High accuracy 3D capture

3D Capture maximum information in X, Y and Z dimensions

3D Capture human teeth or a car

3D Capture any object in any room

One-to-one pixel accuracy

Dense 3D point clouds

Flexibility

Extended wavelength support

Capture Create

Build fine quality objects

Build faster

Build bigger

Supports a wide variety of materials

Micron level resolution

Layer based resin curing

Scalable resolution

405nm support

Scalable Portfolio for 3D Printing Feature Portability High resolution High speed

Digital

Micromirror

Device (DMD) DLP3010 DLP4500 DLP4710

DLP6500FYE

DLP6500FLQ DLP9000

DLP7000

DLP7000UV

DLP9500

DLP9500UV DLP9000X

Resolution 1280 x 720 912 x 1140 1920 x 1080 1920 x 1080 2560 x 1600 1024 x 768 1920 x 1080 2560 x 1600

Controller DLPC3478 DLPC350 DLPC3479

(qty 2) DLPC900

DLPC900

(qty 2) DLPC410 DLPC410 DLPC910

Max Pattern

Rate 2.5 kHz 4.2 kHz 2.5 kHz 9.5 kHz 9.5 kHz 32.5 kHz 23.1 kHz 15.0 kHz

Max Pixel

Data Rate 2.3 Gbps 4.4 Gbps 5.2 Gbps 19.7 Gbps 39 Gbps 25.2 Gbps 48.0 Gbps 61.1 Gbps

Optimized

Wavelength 420 - 700 nm 420 - 700 nm 420-700 nm

400 - 700 nm

400 - 700 nm 400 - 700 nm

420 - 700 nm

363 - 420 nm

400 - 700 nm

363 - 420 nm 400 - 700 nm

Evaluation

Module

DLP3010

Light Control

EVM

DLP

LightCrafter

4500

DLP4710

Light Control

EVM

DLP

LightCrafter

6500

DLP

LightCrafter

9000

DLP

Discovery

4100

DLP

Discovery

4100

no

Great products with great support structure

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TOOLS

& KITS

SUPPORT

TI DESIGNS TRAINING

ECOSYSTEM

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New TI DLP® Pico chipsets – Bringing industrial proven accuracy,

speed and flexibility for more affordable 3D print and 3D scan designs