Home >
Scaling high-stakes manufacturing automation with out-of-the-box, 5-micron repeatability in spaces traditional robotics cannot reach.
5-micron repeatability out of the box
Precision is our mechanical baseline. Every industrial robotic arm we build delivers 5-micron repeatability natively. We preserve a strict technical distinction between precision and accuracy: our systems are natively precise for high-frequency repetitive tasks, while absolute coordinate accuracy is unlocked via optional calibration tools that align the physical robot directly with its mathematical model.
Space-Saving Architecture
By embedding the controller directly into the base of the arm, we reduce cleanroom floor space demands and optimize multi-robot cell density. This compact architectural approach extends to resource efficiency: our robots consume less than 30 W on average; no more than a standard laptop computer. Machined from solid aluminum, 100% of all processing chips are reclaimed and recycled back into our in-house manufacturing loop.
Agnostic software and hardware integration
Our architectures are fully software- and hardware-agnostic, uniquely accelerating the integration of solutions into your automated lines. Operating on an open architecture, our systems communicate directly via standard TCP/IP text commands or deterministic cyclic fieldbuses such as EtherCAT, EtherNet/IP, and PROFINET. You can script in Python, link via LabVIEW, or control commands through a native PLC layer without dealing with proprietary environment bottlenecks or specialized training barriers.
Fine-Pitch Component Placement: Executing sensor insertion, high-density soldering paths, and micro-connector handling.
Automated Optical Inspection (AOI): Precise positioning of high-resolution inspection cameras and metrology sensors over active reflow or post-reflow PCB line environments.
Electronics & Component Tending
High-Tolerance Micro-Assembly: Handling delicate sub-components for catheter, stencil, implantable sensor, and surgical instrument builds.
Cleanroom Certified Compliance: Fully certified for ISO Class 6 cleanroom integration (and capable of reaching Class 4) to maintain sterility while reducing operator variability.
Medical Device Assembly Automation
Active Optical Alignment Automation: Automating multi-axis lens stacking, sensor alignment, and fiber optic array coupling.
Precision Mechanics: Minimizing translational and rotational cross-talk inside laser module assembly paths and silicon photonics packaging cells.
Photonics & Optics Manufacturing
Established in Montreal, Canada, with a core mission to transform mechatronics kinematics into durable, industrial-grade micro-scale components.
Launch of the world’s first industrial robotic arm with a fully embedded controller, establishing the 5-micron repeatability benchmark.
Formally recognized in the Deloitte Canada Technology Fast 50 ranking for commercial growth.
Introduction of the MCS500, the most compact and precise SCARA robot, bringing micron-level stability to high-speed pick-and-place.
Named one of Canada’s Best Managed Companies, validating our commitment to operational excellence and long-term fiscal stability.
Reached a milestone of thousands of robots deployed across 60+ countries, supporting the world’s leading brands in high-stakes manufacturing.
Looking Ahead
Establishment of our Independent Board of Directors and the securing of strategic funding to accelerate global expansion and define the next generation of high-precision micro-automation standards.
