Robot cells where the mechanics and the controls were designed by the same team.

Automation usually fails at the handoff

The robot is specified by one vendor, the gripper by another, the fixture by a third, and the controls by whoever is left. Each part works. The cell does not.

What breaks is always the same thing: reach, part presentation, cycle overlap, or a safety interlock nobody designed for until commissioning week.

We engineer the cell as one system

Redyna designs the mechanical cell, the end-effector, the part presentation and the control scheme together — reach and singularity studies, cycle-time simulation, gripper design against the real part weight and datum, and a safety layout that meets the risk assessment rather than reacting to it.

You get the cell layout, mechanical drawings, gripper design, I/O and sensor list, and the sequence documentation your integrator or controls team can implement from.

Mechatronics, not just mechanics

Actuation, sensing and control are design inputs from the first layout. That is what stops the cell from being mechanically correct and functionally slow.