Interfaces & I/O Map
Clear power budget, I/O pinout, and host protocol spec.
Optics & Boresight Plan
Alignment to host optics/thermal channel with sealing guidance.
Firmware & SDK Pack
Stable pipeline presets, APIs, and sample apps for fast trials.
From evaluation to mass production—interfaces, optics co-design, firmware, and validation with clear milestones; plus a proven integration blueprint, pilot build plan, and golden-sample criteria so your brand ships on schedule.
Co-engineered interfaces, optics, firmware, and validation—de-risked and production-ready.
We help brands embed LRF modules fast and safely. From evaluation to mass production we co-engineer electrical I/O, optics/mechanics, and firmware/UI, then hand off a predictable package to your team. You keep the brand; we supply the integration blueprint, validation plan, and production enablement to keep timelines on track.
We design for flexibility—range/accuracy, beam divergence and optical path, mounting/sealing, UI, and host interfaces. Interfaces include UART/USB/CAN with sync/trigger; we provide SDK/API with sample apps. Production-ready docs—interface spec, wiring, 3D, test procedures, compliance guidance—help your engineers move faster without high MOQs.
A clear path reduces risk: EVT verifies I/O and ranging on the bench; DVT proves fit, alignment, and environmental performance; PVT sets golden-sample criteria, pilot build, and traceability; MP locks versioning and change control. Checks cover temperature-repeatability, boot/mode switching, sealing/connector strain, and eye-safety documentation.
Ready to add laser rangefinding without guesswork? Request the Integration Pack—checklist, sample SDK, and a short walkthrough—so we can propose the right configuration and a realistic timeline. Share target range, environment, host interface, power/IO limits, and project stage.
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Add laser rangefinding with fewer loops and clear milestones, end-to-end.
Our OEM program helps you add an LRF module without guesswork. We co-engineer electrical I/O, optics/mechanics, and firmware/UI, then hand off a documented package your team can own. You keep the brand; we provide the integration blueprint, validation plan, and production enablement so schedules stay on track.
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Clear power budget, I/O pinout, and host protocol spec.
Alignment to host optics/thermal channel with sealing guidance.
Stable pipeline presets, APIs, and sample apps for fast trials.
EVT/DVT/PVT gates with repeatability and environment checks.
CE/RoHS/REACH docs and laser eye-safety documentation.
Work instructions, traceability, and acceptance criteria.
Choose what fits your product.
Select distance class and typical accuracy targets for your use.
Set beam divergence, window material, and optical routing.
Choose fixing method, gasket scheme, and IP protection goal.
UART/USB/CAN plus sync/trigger options as needed.
Prompts, language packs, and button/encoder mapping.
Define power limits, start-up sequence, and heat paths.
Share the basics so we can propose the right plan.
Target range & accuracy
Operating environment
Host interface (UART/USB/CAN)
Sync/trigger options
Power & thermal limits
Schedule stage
Accuracy is configured by class and optics; final results depend on optics path, processing, and test conditions. We define a target band with you and verify it in the DVT/PVT plan.
We design to the agreed eye-safety class and provide documentation and labeling guidance. Certification is done by accredited labs.
We budget power, define start-up sequence, and provide heat-path guidance for the enclosure.
Yes. Calibration files are stored per unit, with golden-sample criteria and serial-number traceability defined at PVT.
You own your brand and UI assets; we version the firmware and manage change control (ECN) post-MP.
