Robotics Engineering for Manufacturing

Probably not. This page covers automation around parts you already make: tending, fixtures, presentation, inspection stations, signal mapping and cell retrofits. Designing, prototyping, making a product easier to manufacture or moving it into production is Product Manufacturing. A fixture that holds your casting belongs here; changing the casting so it machines more easily is product engineering there. Where a project spans both, we say so.

Not as a starter offer. We do not resell robots, supply turnkey lines or sign off a production cell. We select the cell, engineer the fixture, gripper and presentation, map the signals and run a supervised trial, then hand a tested specification to your integrator, who builds, validates and commissions it. If a vendor's packaged tending kit already fits, the feasibility report says so.

That depends on the application, not the robot. A robot marketed as collaborative can still need guarding, speed limits or separation once the whole cell, part, gripper and task are assessed. Collaborative applications are gated here and need a competent person to assess and validate them. We do not promise a guard-free cell, and our trials never remove or bypass your existing guards.

Measured figures for your parts and cell over the trial: good parts per shift, load and changeover time, interventions, stops and recovery effort, all against your baseline. You apply them to your own cost model with assumptions visible. A short trial cannot prove long-run wear or behaviour on other part families, so we state the uncertainty and never promise a payback figure.

We map and test the exchange before anything is wired live: each signal both ways, its meaning, timeout and fault behaviour, recorded against exact controller, PLC, fieldbus and software versions. First tests use a simulated machine or bench PLC. Live connection follows your change control and OT approval. Safety signals and safety PLC logic belong to your safety designer; we list them but never alter them.

Sometimes, and sometimes a quick-change fixture or smarter tray is the better answer. Frequent changeovers can wipe out a robot's gain unless changeover is designed in. The feasibility study measures set-up time, batch sizes, floor space and who will look after the cell, and prices a non-robotic option alongside. Public demonstration centres can also show legacy and automated platforms before you spend.

Settle it in writing before work starts. Usually the CAD, drawings and programs made for your cell are your deliverables, while Nestack keeps reusable background tools under a licence you can read. Drawings, cycle data and images stay confidential, held where agreed and returned or deleted at the end. Images never train models for others without consent, and operators stay out of frame where possible.

Yes, for a defined package such as end effectors, nests, vision staging or signal documentation inside your project or your integrator's. Tell us the package, the cell and who directs the work; we propose only available people, you interview, and we agree deliverables and reviews. Engineers follow your site rules and change control, and do not take over the risk assessment or commissioning sign-off.