iEYELAB Innovation
Redefine machine vision
Let machines truly see clearly, distinguish materials and see through the physical world.
Professional multi-modal optic solution provider
0 px
Pixel registration error with physical coaxial alignment
< 10 ms
System latency for real-time machine control
16
Spectral channels in the engineering target stack
4
Core sensing dimensions: RGB, depth, polarization and spectrum
Common-path multi-modal sensing
Major industry pain-points
Traditional multi-sensor solutions are bulky, expensive and difficult to align because they lack a shared optical path and common viewpoint.
Transparent, highly reflective and black matte materials often break traditional camera-based inspection.
Objects with similar appearance but different material composition remain difficult to separate reliably.
Glass, plastic and hidden stress defects create blind spots for conventional imaging systems.
Large near-field parallax in multi-camera systems makes precision grasping unstable.
Heavy registration and heterogeneous data processing consume compute and block real-time control.
Multiple independent optical stacks increase size, cost and deployment complexity.
A shared optical path, not a stitched workaround
By unifying sensors at the physical optical level, iEYELAB turns algorithm-level registration into native physical alignment.
Multi Vision
compact optical path multi-sensor module
Single Lens · Common Optical Path · Multi-Sensors
Single lens, common optical path and multi-sensor module
Transparent, reflective and visually similar material detection
Compact 3-in-1 architecture designed for scalable deployment
Explore Technology
Four sensing dimensions, one coherent view
4K-class visual detail restoration provides the natural base layer for multi-modal understanding.
Millimeter-scale 3D perception enables stable geometry measurement and robot interaction.
Captures surface reflectance, material signatures and transparent object cues beyond visible texture.
Extends perception into wavelength-based material and composition analysis.
Product matrix
Deep View
RGB + Depth for robust 3D-aware machine vision.
Lakeview
Polarization + RGB for reflective, transparent and stress-sensitive materials.
Oceanview
RGB + Depth + Polarization for advanced industrial and robotics perception.
Trinity
Polarization + Spectrum + Depth + RGB for the highest-dimensional sensing scenarios.
Application scenarios
Industrial robots in pharma and chemical factories
Enable transparent vessel grasping, chemical identification and precise near-field operation.
Embodied intelligence
Turn multi-modal perception into a standardized robotic eye for real-world complexity.
Multimodal AI data collection
Provide co-view, physically aligned data for model training and evaluation.
Security and anti-counterfeit inspection
See through disguise materials, masks and photo attacks with richer physical cues.
Why iEYELAB
Rare full-stack optical capability
From simulation and prism design to coating, calibration and whole-system integration.
Hardware-native fusion architecture
A common-path platform that eliminates registration overhead at the root.
Strong IP and research foundation
Patent applications and top-tier publications reinforce long-term defensibility.
Industrial ecosystem collaboration
Built with academic and supply-chain partners across optics, sensors and manufacturing.
Two partnership models
Standard module sales
For integrators and robotics OEMs needing fast integration with documentation and development support.
Custom ODM development
Scene-specific co-development covering optical parameters, mechanical structure, interfaces and SDK delivery.