Products

3D Camera and PMD 2-in-1

3D Camera with Phase Measuring Deflectometry (PMD)

3D Camera and PMD 2-in-1 system
Multi-Path Pattern Engine for Diffusion Structured Lighting
Smart patterns and algorithms to handle complex high contrast surfaces and/or specular free-form surfaces
Special optics design to make all the matched pixel pairs have the same focus property
3D Snapshot capture and reconstruction in less than 1 second
Continuous 3D at the same speed as 2D video images (up to 120 fps)
All electronic subsystems are synchronized
One-click operation

Desktop 3D Scanner

Desktop 3D Camera

True WYSIWYG with long Depth of Field
Handles up to thousands of independent objects with complex surfaces
Tiny objects with only a few pixels in images can be recognized, separated and reconfigured
Standard configuration with two cameras and one fringe pattern projector
0.1mm (0.004") accuracy or better at 1.0m x 0.8m (40" x 32") FOV

Snapshot and 3D reconstruction in 0.1s for 1.3 million points
Realtime continuous stereo image capturing and 3D reconstruction
Portable, rigid and light weight, W66cm x H18cm x D23cm (W26"xH7"xD9"), 4.5kg (10 lb)
Designed for harsh environment applications with fully protected cameras and baseline

Handheld Standalone 3D Scanner

Handheld 3D Camera

Handheld, self sustained, standalone All-In-One, non-contact scanning
Laser image and text projection, always focus on any surface (far or near, flat or curved)
Image guided point and shot for quick snapshot and best quality
Surface snapshot in 0.1s and 3D reconstruction in 1s for 650,000 points
5 micron (0.005mm, 0.0002") accuracy at 6.3cm x 10cm (2.5" x 4") FOV
Realtime continuous stereo image capturing and 3D reconstruction
Network communication via internet and smart phone
Powerful miniature computer built in
Compact, rigid and light weight, W10cm x H30cm x D20cm (W4"xH12"xD8"), 2.3kg (5 lb)
Suitable for inspection and quality examination
IMU supported 3D data stitching (optional)

3D Cameras (3D Scanners, 3D Sensors)

Stereo image capture time: <0.1 second
3D reconstruction time: <1.0 second
Accuracy: 1/10,000 of Horizontal FOV
3D FOV: 1” to 12’ cube (or 25mm to 4m cube)
Image Sensors: CCD, CMOS
Stereo camera structure: two cameras or one camera with split lens
Interface to camera: USB 2/3.x, FireWire 1394a/b, GigE Ethernet, Frame Grabber, etc.
Standard Pattern Engine: Structure light projectors with image chips of DMD/DLP, LCD, LCoS or MEMS Scanning Laser
Smart Pattern Engine: Multi-Path pattern illumination achieves effective diffusion lighting
Light source: Laser, LED and HID, Multi-spectrum or mono-spectrum; visible or invisible
Fringe type: Variable amplitudes, space frequencies and orientations
Sync Matrix: All electronic devices are synchronized

Adaptive Illuminating and Imaging: Intelligent Individual pixel integration with smart lighting and fringe patterns
3D Reconstruction: Independent math model for each pixel, sub-pixel accuracy, Moiré free
3D data format: Point Cloud, STL, PLY, VRML, etc.
3D Data Stitching: Seamless data stitching with unlimited sets of 3D data
Computer: Laptop, Desktop and Miniature (Handheld Stand-alone All-in-One)
Operating System : Windows 7/10, 32/64bit
Real time 2D stereo image capturing: 30 fps to 120 fps full resolution, unlimited frames saved to disk or network
Real time 3D reconstruction: up to the same fps of the 2D images (get one 3D data with each coming 2D image)
Post processing 3D reconstruction: the same number of 3D point clouds as that of the 2D images
Remote operation: Via internet or mobile phone
API: C++ (or optional Matlab, Labview) for customer system integration

Customized 3D Camera (3D Scanner) Systems

3D cameras for face capture, Facial Recognition, ID Security
3D cameras for health care, dental, plastic surgery, skin care, Ankle-Foot Orthosis, Prosthetics, etc.
3D cameras for sub micron accuracy position and axes calibration
3D cameras for real time objector deformation monitoring and analysis
Handheld self-sustained, stand-alone 3D camera for in-situ, non-contact measurement applications
360° whole surface 3D cameras: with Pan-tilt motion stage or single motor rotary station
Real time full surface 3D scanning: with up to 8 pairs of 3D cameras
3D cameras on robot arm
3D cameras on manufacture machine
3D cameras on Additive Manufacturer (or 3D printer)
3D cameras on DOT (Diffusion Optical Tomography) system
3D cameras on CT, NMR or Radiation Therapy

Image Stabilization System

2-axis Image Stabilization System with Fast Steering Mirror (FSM)
3-axis Image Stabilization System with FSM and rotary actuator
2-axis Line-of-Sight (LoS) Stabilization System for High Energy Laser Beam Directing
Image Stabilization System with slew and target monitoring and tracking