Three components in series production, engineered and verified for demanding machine environments, plus our development roadmap. Select a product to see its detail page with key specifications and verification status.
Line-up
A dual-channel non-contact magnetic angle sensor resolving the full 360° range at 14 bit. Suited to construction equipment, robotics, vehicles and industrial systems, with customization to customer specifications. In series production for Volvo CE excavators.
A contact-sensing safety switch actuating anywhere along the bumper bar at approximately 20 N or less. Fits construction and special machinery, AGVs and other human-protection applications, built to machine geometry — in series production for Xpanner.
An electronic control board converting controller PWM signals into 12-bit analog voltage — for hydraulic valve and motor control and signal conversion, with channel count and output range customizable. In series production for an attachment manufacturer since 2025.
Roadmap
We are expanding the product family on the same architecture — sensing, electronics, safety. Completed products are open for production inquiries; products in development are open for application review.
Wireless CAN monitoring over Bluetooth. View and log live CAN data from a smartphone or PC without opening up the machine. Development is complete and production inquiries are welcome.
A control-panel keypad for construction machinery supporting LIN, CAN and J1939, with backlight color and brightness configurable to specification. Development is complete and production inquiries are welcome.
A vacuum lifter for solar-panel installation machinery. Six vacuum sensors (2+1 per channel) cross-check each other, and redundant power keeps suction alive from an internal battery during outages. Designed to ISO 13849-1 PLc (Category 3) and ASME B30.20.
A module bridging intelligent battery sensors (IBS) and construction machinery. Beyond simple LIN-to-CAN conversion, it processes and computes the data the machine needs.
The successor to our magnetic angle sensor. Coil pattern design is secured, with a prototype targeted for late 2026. Inductive sensing is free from external magnetic fields and metallic contamination.
We develop to customer requirements — measuring range, output interface, mounting geometry. Send us your requirement sheet and we will review it.