Turnkey robotic welding cells for MIG/MAG, TIG and spot welding — consistent weld quality, higher output and a safer workplace for your team.
Arc welding processes
Sheet-metal assemblies
Access every weld joint
Cleaner, safer cells
Manual welding depends on operator skill and fatigue. A robotic cell repeats the same torch angle, speed and parameters on every part — delivering consistent penetration and appearance while your welders focus on setup and quality.
Configured around your parts, batch sizes and floor space.
High-deposition arc welding for brackets, frames, seat structures and fabrications.
Clean, precise welds for stainless steel, thin sheet and visible joints.
Two fixtures on a turntable or side-by-side so loading never stops the robot.
Space-saving, pre-engineered cells for small parts and job-shop batches.
Review parts, joints and welding sequence.
Clamping fixtures that hold parts accurately and repeatably.
Robot programming and weld trials on your parts.
Commissioning, operator training and support.
A robotic welding cell is a guarded workstation in which an industrial robot carries the welding torch or spot gun, a fixture holds the part, and a positioner or turntable presents each joint to the robot. Motionworks Robotics designs and builds robotic welding cells in Gurgaon for manufacturers across India, from a compact single robot welding cell to twin-station cells and welding lines with several stations.
| Layout | Best suited for | How it works |
|---|---|---|
| Compact single-station cell | Small parts and job-shop batches | The operator loads the fixture, the robot welds, the operator unloads. |
| Twin-station cell | Repeat batches where the robot should never wait | Two fixtures on a turntable or side by side: one is loaded while the robot welds the other. |
| Positioner cell | Frames, tubes and parts with welds on several faces | A 1-axis or 2-axis positioner turns the part so each joint is welded in a favourable position. |
| Robotic spot welding cell | Sheet-metal assemblies | The robot carries a servo spot gun to the part held in a fixture. |
| Welding line | Larger assemblies and higher volumes | The same building blocks arranged as several welding stations, with the part moving from one to the next. |
MIG/MAG welding is the usual choice for mild-steel brackets, frames and fabrications because it deposits metal quickly. TIG welding suits stainless steel, thin sheet and joints that stay visible on the finished product. Resistance spot welding joins overlapping sheet metal. For small, precise or heat-sensitive parts, laser welding is often the better process.
There is no list price for a welding automation cell, because each one is built around the part. The main cost drivers are the number of robots and stations, the type of positioner, how many fixtures and part variants the cell must handle, the welding process and power source, whether seam tracking is needed for parts that vary, and how the parts are loaded and unloaded. We quote after a weld study of your part.
Related: robotic assembly cells, robotic bin picking and palletizing, special purpose machines and our Gurgaon works.
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Parts produced in repeat batches with consistent fit-up are ideal — for example brackets, frames, chassis parts, exhaust components and seat structures.
Yes. Multiple programs and quick-change fixtures allow one cell to weld several part types.
Touch sensing and seam tracking help the robot find and follow joints when parts vary slightly.
Cells are fully guarded with welding screens, interlocked doors, light curtains and fume extraction.
A robotic welding cell is a complete, guarded welding workstation: a robot with a welding torch or spot gun, fixtures that hold the part, a positioner where needed, safety guarding and fume extraction. The robot repeats the same weld path and parameters on every part.
Yes. Fixture design is part of every project. The fixtures locate and clamp your parts repeatably so the robot finds each joint in the same place.
Yes. We program the robot and run weld trials on your parts at our works, and the cell is commissioned at your plant with operator training.
Cells are designed and built at our works in Gurgaon, Haryana and supplied to manufacturing plants across India.
Tell us about your parts, process and output target — our engineers will recommend the right solution.
A brief explanation of the work we do and the solutions we provide — a few are one of their kind in the industry. Find yours today.
Motionworks Robotics designs and builds automated assembly machines, precision gauging, laser marking, robotic automation, EV manufacturing machines and special purpose machines — the joy of automation, made in India.
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