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RGB DLP Projector for 3D Scanner or Structured Illumination Microscopy

The DLP LightCrafter 6500 modules allow evaluation of TI’s DLP6500 platforms. This technology brings together a set of components, providing an efficient and compelling system solution.

For use in:

– Structured light applications

– 3D modeling and design

– Fingerprint identification

– Face recognition

– Machine vision and inspection

– Automated optical inspection

– Solder paste inspection

– 3D printing

– Medical and life sciences

– Vascular imaging

– Dental impression scanners

– Orthopedics, prosthesis, CT, MRI, and X-ray marking

Features

– 3D scanner solution utilizing the DLP6500 chipset to enable fast and programmable patterns

– Supports synchronized camera capture for both global and rolling shutter cameras

– Camera calibration routine

– Structured light algorithms for disparity map, depth map, and point cloud 

– Generation implements both gray code and hybrid three phase scanning techniques


image.png

 

Image size VS Distance (mm) For 3D Measure

TR= 1.351.55


  Projection distance

Wide

X = 0.3 2m   

X [m]


  calculation type

(Y =32.885 X + 0.804 )

Y [inch]


  Projection distance

Tele

X = 0.705 10.925 m

X[m]


  calculation type

(Y =27.398 X + 0.681 )

Y [inch]

 

Item

Parameter

Display   technique

0.65” inch   DMD

Resolution

1920*1080

Light   source

White / Blue   /Red /Green LED

Light   channel

Singe channel

Brightness

700lm@80w

Focus

19mm to 23mm

Contrast

1200 : 1

Uniformity

>92%

Distortion(TV)

<0.3%

Offset

Without offset 

Power   supply

AC110V-240V,50/60HZ,DC 12V

Total power

<60W

Dimension

L190*W150*H120(mm)

Material

Body: All  metal;  OpticsAll glass

Input   interface

DC IN  x1 

HDMI  x1 

USB  x1 

Software

Power Soft switch,LED onoff,LED  Exposure Current Adjust

Image  Short-Axis and Long-Axis Image Flip

Windows/Linux 32,64-bit OS platform SDK support

Custom Logo, and Other requirements

The SM9-MH high-speed RGB projector also can be used for Structured Illumination Microscopy