Hardware Development
Got the drawings, but no one to build it?
From an idea on paper
to a product in your hands.
Electronics, mechanical and firmware design through prototyping, pilot production and certification. We balance spec, reliability and cost to develop hardware that actually gets made.
We only design what can be built
Electronics and mechanics together
One team designs circuits, boards, wiring, chassis and cooling together, so parts don't drift apart when matched separately.
Designed for mass production
Processes, jigs and tolerances go into the design stage, cutting production risk.
Certification planned early
EMC, safety and wireless certification requirements are built into the early design.
Cost set at the design stage too
We hit the target cost while choosing parts and structure, so the design isn't overturned right before production.
From a single board to a production line
Hand us one module, or the whole thing from planning to production. Either works.
Electronics & PCB
Boards designed for the purpose, with production in mind from the start.
Mechatronics
Motors, sensors and frames fitted together as one body.
Firmware & embedded
Stable operation, with communications, low power and remote updates as standard.
Prototype & production
Fast prototypes and iterations, carried through to certification samples.
Testing & validation
Repeatable tests confirm quality and leave the data behind.
Service & repair
Built for easy remote diagnosis and on-site replacement, so a failure gets fixed fast.
We add software and AI to the hardware
- Software integration
From sensor data collection to AI decisions, dashboards and alerts, tied into one flow with the device.
- Edge AI × robotics
We fuse camera, IMU and LiDAR data and sync path planning and motor control on one timeline, tuning speed and stability to the site.
- R&D, patents & standards
Patent specifications, prior-art research, drawings and standards documentation together, plus certification prep and material for government projects and investment reviews.
How drawings become a product
- 01
Pin down requirements
Goals, specs, deadlines and cost come first, along with benchmarks and risks.
- 02
Design & simulation
Electronics, mechanics and firmware are designed and simulated, with manufacturability and assembly built in.
- 03
Prototype
Parts are machined and assembled, then put through functional, performance and environmental tests.
- 04
Pilot production
Processes, jigs and inspection are finalized, and yield is raised through defect analysis.
- 05
Mass production
Manufacturing through assembly, inspection, packing and shipping, with delivery and quality managed.
- 06
Service & revisions
Field feedback and failure analysis prepare the next revision.
Devices at exhibitions and on set
Have a device
you want to build?
Share your goal, deadline and budget. We'll propose the most realistic approach and schedule.