Robotics Engineering for Medical Devices

This page covers engineering for a medical device or subsystem, done for the organisation that will be its manufacturer. Hospital logistics, delivery or facility robots belong on our Healthcare robotics page. Research-lab automation and instruments not developed as regulated products sit on our Biotechnology page, and drug manufacturing lines on the Pharmaceuticals page. A lab instrument being developed as a diagnostic device belongs here.

No. Under India's Medical Devices Rules the manufacturer owns design control, licensing and the quality management system, and must control the work it outsources. We are an engineering supplier inside your system, following your procedures. Classification, test and manufacturing licences, foreign submissions and certification testing stay with your regulatory team or the specialists you appoint. We hold no ISO 13485 certificate or device licence.

No. Our prototypes and rigs are bench-only and are never used on, worn by or connected to people. Depending on the device, clinical use can require biocompatibility, sterilisation, electrical-safety testing, ethics approval and clinical-investigation permission, all owned by the manufacturer. Even prototypes built only for feasibility or verification testing may need a test licence under CDSCO rules, so please confirm that with your regulatory owner before we build units.

If it drives or influences a device, Indian guidance treats it as medical device software, regulated with that device. We therefore agree at scoping whether firmware is a disposable prototype or a deliverable inside your software life cycle, and label prototype code as non-production. Either way you receive source, build records and a component list. Safety classification, production release and maintenance stay with you.

Yes; that is the intended way of working. Before work starts we agree whether outputs are engineering prototypes or controlled design outputs, then follow your document numbering, review gates, configuration and change control. Expect your supplier-evaluation step first. We will answer it honestly, including that Nestack has no certified device quality system of its own. Each tested unit is recorded by hardware revision, firmware version and calibration state.

Ownership is written into the contract before any file changes hands. Usually the new CAD, code and test records made for your project are assigned to you, while background tools and open-source components are listed with their licences. Access is limited to named people. We need no patient data, and one customer's designs, firmware or results are never reused for another.

Yes, for a defined work package such as a prototype iteration, a rig build or a verification push. Tell us the package, the review gates and the skills needed; we propose profiles only against confirmed availability and you interview. Engineers train on your procedures and tools so their records stand up to review. They do not take on regulatory, clinical or release responsibilities for your device.

Cost follows subsystem complexity, the documentation your procedures require, review cycles, test equipment and calibration, and unit count. We estimate engineering, testing and documentation, not only parts. A rig or fixture earns its place when your test volume and frequency repay it against a manual jig or a commercial system; the feasibility study compares those options and may recommend the simpler one.