Systems · Six-axis & SCARA
Robotic cells
Complete robot cells, from the first layout to a cell running your parts at your rate: robot, tooling, guarding, controls and the program that ties them together.
Discuss a project
Day one
The questions we ask before we draw anything
If you can answer these, we can usually tell you within a week whether it is worth automating, and roughly what it takes.
- 01What are the parts: sizes, weights and how many variants?
- 02What cycle time does the cell have to hold, and at what uptime?
- 03How do parts arrive at the cell, and where do they go next?
- 04How much floor space is there, and what guarding is already in place?
- 05Who will run and maintain the cell once we leave?
Where it fits
What it does on your line
Pick and place
Parts moved between conveyors, fixtures and trays at a steady cycle time.
Machine tending
Loading and unloading CNC machines, presses and test stations.
Assembly
Screwing, pressing and fitting, with sensing to confirm every step.
Palletizing
Cartons and crates stacked to pattern at the end of the line.
Our scope
Everything from first study to handover
- Reach and cycle-time studies
- Cell layout and simulation
- End-of-arm tooling design
- Guarding and safety circuits
- Robot and PLC programming
- Factory acceptance test in our lab
- Commissioning and operator handover
Automotive
Engine test benches
Renault, Nissan, Tata Motors, Ashok Leyland, Daimler, Honda, Indian Railways
Automotive
BS4 to BS6 special-purpose machines and robotic material handling
Ford, Tata Motors, Renault, Nissan, Bosch
Electric vehicles
Robotic motor and battery assembly
Ather Energy, Tata Motors, River, Tesla, TCS
Electronics
Assembly automation for phones and televisions
Samsung, Oppo, Foxconn, Schneider Electric, Intel, TCS, HCL
Platforms
Let’s build it.
A line to automate, a machine to control, a robot to build. Tell us what you are running.
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