Test stations that prove the work.
MTF, SFR, ToF, and eye-tracking radiometry benches deployed on production floors. Each station's per-unit attestations are the verified artifacts that trigger automatic settlement — proof-of-work, not just QA.
Every test station here feeds verification artifacts directly into the Fairbuild settlement layer. Hardware proves the work happened to spec; the platform turns that proof into payment.
See the platform →Automated Optical Metrology
Robust, mass-production-ready hardware configurations serving Wafer Level Optics, Eye-Tracking Radiometrics, and Frame Grabbing architectures.
Wafer Level Optics & Compact Camera Module Test Stations
A unified architecture for Wafer Level Optics (WLO). Runs MTF, flat-field, optical distortion, and multi-camera calibration in a single mechanical footprint.
Automated Precision Self Alignment
Twin independent cameras track alignment between the test chart and the camera module, holding sub-10-μm positioning. Self-calibrates every 4 hours.
WLO Auto-Socketing Architecture
Custom-machined quad sockets with self-alignment mechanics. Built for high-throughput production lines.
Containerized Native Interface
Our control software is Dockerized — deploys on any OS, ships straight to your production-line edge devices.
Eye Tracking Spatioradiometry Station
QA for eye-tracking VCSEL/LEDs. Verifies NIR eye-safety compliance at every manufacturing stage. Encrypted production logs included.
Circle SFR
Compares sagittal and tangential SFR against optical-simulation results. Catches lens/sensor misalignment early.
ToF Calibration
Direct and Indirect Time-of-Flight calibration strategies evaluating multiple VCSEL drivers covering working distances up to 15 meters.
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Need a custom test solution?
From wafer-level optics to ToF calibration, our team designs and deploys production-ready test equipment for your specific application.