We engineer bespoke robotic systems from the ground up â with a specialty in micro precision mechanics that push the boundaries of what automation can achieve.
Most robotics companies build systems for average requirements. We build for yours. Nord Robotics USA specializes in micro precision mechanics â the engineering of robotic components and systems that operate at tolerances measured in microns.
Whether you need a single-axis micro manipulator or a fully integrated multi-robot workcell, our team designs, prototypes, and delivers â collaborating with you at every stage.
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Sub-micron repeatability for the most demanding tasks
Full six-degree-of-freedom manipulation in compact form factors
Designed for uninterrupted production and lab environments
Every component specified and manufactured to your requirements
Sealed for medical, food, and chemical environments
Designed and assembled domestically by our engineering team
Custom articulated robot arms engineered for sub-micron accuracy. Ideal for medical device assembly, semiconductor handling, and micro-sample manipulation.
Full end-to-end workstation integration â pick-and-place, liquid handling, vision inspection, and data logging â custom-built as a single unified system.
Robotic platforms purpose-built for laboratory workflows â sample prep, reagent dispensing, centrifuge loading, and more. Cleanroom compatible on request.
Multi-robot workcells for manufacturing lines. We handle layout design, robot programming, safety fencing, and full systems integration with your existing equipment.
Robots built for sterile, cold-chain, hazardous, or high-temperature environments. Full IP67+ sealing with corrosion-resistant materials and cleanroom certifications.
Machine vision systems and AI-driven decision logic built directly into your robot â enabling defect detection, adaptive pick paths, and real-time quality control.
We start by deeply understanding your operation â workflows, constraints, tolerances, throughput targets, and long-term scale goals.
Our engineers produce 3D CAD models and motion simulations so you can validate the system before a single component is ordered.
A functional prototype is built and run through rigorous testing â including precision benchmarks, duty-cycle stress tests, and edge-case validation.
Production units are built, FAT-tested at our facility, then installed and commissioned on-site by our engineering team.
Ongoing maintenance contracts, remote diagnostics, software updates, and a direct line to the engineers who built your system.
Our unique manufacturing approach lets us deliver custom robotic systems that match â and often outperform â solutions from large competitors, at dramatically lower price points.
Our engineers love the hard problems. Tell us what you need and we'll show you what's possible.
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