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Specializing in high-precision metrology, optical alignment, and the calibration of physical camera lenses and sensors used in industrial robotics, mineral scanners, and sorting machines. Our technical team tests light refraction indices, calibrates focal distances, and designs optimal placement coordinates for manufacturing sensors.
Every micron of misalignment reduces sorting accuracy and increases reject rates. Our work removes that uncertainty.
LensCal XR measures focal distance and refractive index with traceable uncertainty. Your multi-sensor arrays stay consistent unit to unit.
RoboVision Toolkit simulates light paths and occlusion before you cut a single bracket. Alignment time drops by 60% in prototype builds.
MineralScan reference tiles are traceable to national metrology institutes. Your sorting machines hold classification accuracy across sensor aging and lighting shifts.
When every lens and sensor is calibrated to the same reference, your production line sees fewer false positives and less material waste.
Our toolkits output machine-readable configuration files. No manual data entry, no transcription errors between calibration bench and robot controller.
MineralScan reference tiles are guaranteed to hold their reflectance values for five years. Recalibration cycles become predictable and infrequent.
Each service is built around measurable outcomes for industrial optics and robotic vision systems.
Sub-micron focal distance measurement and refractive index testing for camera lenses and sensor stacks used in industrial robotics and mineral scanners. Every calibration report includes traceable uncertainty values.
Coordinate mapping and sensor placement design for robotic workcells. We simulate light paths, test occlusion scenarios, and generate machine-readable configuration files for direct PLC and robot controller integration.
Optimal placement coordinates for multi-sensor arrays in sorting machines and manufacturing lines. We reduce alignment time by up to 60% and ensure consistent classification accuracy across lighting conditions and sensor aging.
Certified optical reference tiles for hyperspectral and multispectral sensors used in mineral sorting. Each tile has precisely controlled reflectance values across visible and near-infrared bands, traceable to national metrology institutes.
Motorized test benches with laser interferometers and real-time software for production-line calibration. Supports lenses from 5mm to 200mm diameter and outputs calibration reports with full traceability for quality assurance.
Our calibration and sensor layout work is used by industrial labs and robotics integrators worldwide.
“The LensCal XR system cut our sensor alignment time by half. The sub-micron repeatability is exactly what we needed for our multi-camera sorting rigs.”
— Lead optical engineer, Sortech
“We used the RoboVision Positioning Toolkit to design the sensor layout for a new robotic workcell. The coordinate mapping saved us weeks of trial and error.”
— Senior robotics integrator, MetroLens
“The MineralScan reference tiles gave us traceable calibration data for our hyperspectral sensors. Our sorting accuracy improved by 12% after the first run.”
— Calibration manager, OreScan
Average rating: 4.9 / 5.0 from 47 verified reviews
Technical guides and product documentation for optical metrology and sensor layout.
Sub-micron focal alignment for multi-sensor arrays
High-precision lens calibration module for industrial robotics and mineral scanners. Supports lenses from 5mm to 200mm diameter.
Coordinate mapping and sensor placement suite
Complete suite for sensor layout design and coordinate mapping in robotic cells. Reduces alignment time by up to 60%.
Certified optical standards for sorting machine sensors
Certified optical reference tiles for hyperspectral sensor calibration. Traceable to national metrology institutes.