Autonomous Yield Optimization

Stop wrestling with legacy databases and cross-timezone engineering syncs. Implement fairB to compress your operations loop: from instant fleet anomaly discovery, directly to verified mechanical resolution.

1. Instant Issue Discovery
fairB natively monitors real-time telemetry from every deployed optical fixture globally, instantly flagging active MTF/SFR variance.
2. Root Cause Analysis
It autonomously queries SQL blocks and generates precise Center vs. Corner correlation plots to isolate hardware-level drift probability.
3. Resolution Dispatch
The engine calculates the optimal corrective matrix and dispatches the exact motor calibration action step directly into your Slack or Teams channel.
MTF Center vs Corner Variance Plot Yield Recovery Latency

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 Modules Test Stations

A unified architecture engineered for Wafer Level Optics (WLO). Seamlessly execute MTF, Flat-Field, Optical Distortion, and rigorous Multi-Camera Calibration inside a single mechanical footprint.

Alignment Station

Automated Precision Self Alignment

Our proprietary computer vision alignment system utilizes twin independent cameras tracking a bilateral alignment between the test chart and camera module from opposing vectors—guaranteeing zero-tolerance precision metrology positioning within 10-μm tolerance with automatic self-calibration every 4 hours.

WLO Socket

WLO Auto-Socketing Architecture

Custom-machined quad module sockets equipped with native self-alignment mechanics to support massive automated throughput scaling without degradation.

Dockerized GUI

Containerized Native Interface

The latest iteration of our unified control software is fully Dockerized, ensuring instantaneous, OS-agnostic deployment across your entire production logic controller edge.

ISO Class 100 Ready

Wide-Field Digital Microscopy Scanner

Designed for medical applications, PCB inspection, and semiconductor evaluation with specialized bottom illumination.

  • 360-mm x 240-mm Large Area Scanbed
  • 2-µm Scan Res, Customizable with Lens Change
  • 30-MP main camera + Secondary camera for Auto-ROI
  • Down to 0.25-µm configurations available
Microscopy Scanner
MIPI Frame Grabber
24/7 Connectivity

MIPI 2.0 Gbps Frame Grabbers

The ideal solution for camera testing, supporting image sensor resolutions up to 268 MP with clean daisy-chain cable management.

  • Thunderbolt 3.0 Interface with C/C++ and Python API
  • D-PHY mode: 1 x 4 Lane 2.0 Gbps
  • C-PHY mode: 1 x 3 Lane 2.0 Gbps

Circle SFR®

Optical metrology enabling precise comparison of sagittal and tangential SFR measurements against optical simulation results—early detection of lens/sensor misalignment.

Fairbuild Circle SFR Test Station

Eye Tracking Lasers and LEDs Spatioradiometry Station

Precise QA for eye-tracking VCSEL/LEDs ensuring strict NIR eye safety compliance across manufacturing stages. Complete with encrypted production logs.

Fairbuild Eye Tracking Test Station

ToF Calibration

Direct and Indirect Time-of-Flight calibration strategies evaluating multiple VCSEL drivers covering working distances up to 15 meters.

Fairbuild ToF Test Station

ADAS Camera Evaluation

Camera Active Align, Lens Distortion tracking, and custom camera calibration evaluating sharpness with SFR target projectors bridging 400mm to infinity.

Python Automated Station Control

All Fairbuild R&D test stations feature a robust Python API enabling full automation of motion control, data capture, and high-speed I/O processing so your engineers maintain pure control over test sequences.

Automation Test Station