Chassis, enclosures, sensor heads, power and harnesses, and your first fleet of 5 to 20 robots, engineered and built in Shenzhen. You keep every design file.
You have the models, the autonomy stack and a robot that works on a good day. We make it into hardware you can build ten times, ship to a site and service.
Wheeled bases and mobile manipulator platforms, designed around proven drive and actuator modules so you are not debugging a gearbox halfway through the project.
Covers, frames and sealing for dust, rain, heat and cleaning, with thermals designed in rather than fixed with a bigger fan.
Camera, lidar and compute housings with mounts that hold calibration, and cable paths that survive a moving arm.
Battery integration, power distribution, custom boards and harnesses, plus charging docks your site team will not have to babysit.
Five to twenty units built to one standard, with a spares kit, assembly drawings and a service manual someone else can follow.
Bill of materials at 10, 100 and 1,000 units, second sources for the parts that will bite you, and what has to change to go further.
Most robot companies can build one robot by hand. Few can build the tenth.That gap is supply chain, mechanical design and assembly discipline, which is exactly what Shenzhen is for. We put it on your side of the table.
We start from the robot you already have, not from a blank page. Scope and schedule are agreed with you after the review, because no two robots are alike.
We cost every part of your current robot, find what will not scale, and fix the scope and price of the next stage.
Frames, enclosures, boards and harnesses redesigned for repeatable assembly, sourcing and service.
One unit built in Shenzhen and run on your software stack, before anything is multiplied.
Five to twenty units, a spares kit, and the documents to assemble and service them without us.
Continued small-batch builds, support with certification, or a full transfer to the factory of your choice.
We work on wheeled and mobile robots, inspection robots, industrial cells and special-purpose machines. We do not take military or weapons work.
The same team builds smaller AI hardware end to end: board, firmware, on-device AI, cloud and app, delivered as working units you can demo, with the source code handed over.
ESP32 through RK3588. Bring-up, drivers, RTOS and Linux, power budgets.
Quantisation, NPU deployment, wake word, streaming speech, latency work.
Device management, OTA, model orchestration, cost control, data residency.
Schematic, layout, mechanical, enclosure, EVT-ready design files.
Pairing, provisioning, and the app your beta users will actually judge you on.
No platform lock-in. Your devices run on your cloud account, with your code, and no per-unit licence to us unless you choose one. If you would rather build on an existing IoT platform, we will tell you honestly when that is the cheaper route.
Five senior engineers with 85 years between them designing and delivering hardware in China, from consumer devices shipping ten million units a year to industrial robots. The people on your first call are the people who build your units.
Product, software and systems16 years
Has led more than fifteen products from concept to mass production, across robots, consumer devices and industrial equipment.
Sourcing and factory delivery20 years · Shenzhen
Has run factory delivery and supply chain for hardware at some of China's largest device makers.
Industrial and mechanical design18 years
Structure, enclosure and mechanical design for products shipping ten million units a year.
Circuit and board design15 years
High-speed circuit design and boards of eight layers and up, taken through to volume production.
Firmware and drivers16 years
Driver bring-up across microcontrollers and ARM platforms, from bare metal to Linux.
Every project starts with a review and ends with a written, fixed quote before any build begins. Robots differ too much for a price list, so we agree scope, price and schedule with you, not on a web page.
The review is paid work and worth doing even if you then build elsewhere. It is far cheaper to learn what will not scale on paper than on the tenth robot.
A photo and a sentence on how many you need next is enough. You will hear back from an engineer within one business day with a first view on cost and lead time, or a plain answer that we are not the right team.
Send it to us