Applications
From cobot and humanoid joints to precision stages and condition monitoring, PreciSen™ delivers calibration-free absolute position feedback on every axis — matched to each buyer's requirements.
Hollow-shaft, bearing-less kit encoder for robot joints — cables and utilities pass straight through the centre. 24-bit absolute, real-time eccentricity compensation.
Why PreciSen wins here
Bolt-on mounting with ±2.5 mm tolerance and zero calibration removes the precision-fixturing and per-unit tuning that slow high-volume joint assembly.
One firmware-programmable platform across the whole kinematic chain — speed, resolution and multi-turn tuned per joint, no hardware change.
Why PreciSen wins here
Contamination immunity and loose mounting survive the shop floor; a single part number covers every axis, cutting qualification and inventory overhead.
Compact end-of-shaft feedback via rotating mirror or LED readhead — a clean drop-in for servo drives and integrated actuators.
Why PreciSen wins here
Absolute from power-up: no homing runs, no reference marks, and SPI · I²C · BiSS · SSI drop straight into your control loop.
Precise, reliable position feedback for surgical robotics, prosthetics and lab-automation stages — in a compact, low-BOM package.
Why PreciSen wins here
Zero calibration and contamination immunity mean field-serviceable accuracy that holds through cleaning, wear and re-assembly.
Simultaneous 3D–6D position sensing at 50 µs cycle time — closed-loop hexapod control for lithography, alignment and precision assembly.
Why PreciSen wins here
The 2D absolute code measures off-axis geometry directly, delivering multi-axis sub-micron precision without a golden reference.
Continuous mechanical health assessment embedded in every measurement cycle — a cross-cutting layer on any of the above.
Why PreciSen wins here
The same 2D signal that measures angle also sees bearing wear, drift and contamination build-up — predictive maintenance for free.
See the specs, or tell us about your joint, stage or actuator — from first prototype to volume production.