Robot cells represent the flexible way to automate machine tools.

A jointed-arm robot offers high flexibility due its greater range of movement, yet the systems are just as easy to operate as a gantry robot due to the cell control and our ProHMI 2.0 visualization software.

PROMOT Robot Cell RZ – Modularity taken further

PROMOT robot cells are based on the same modular system as our gantry robots.
They also benefit from the well-proven modules, such as gripper assemblies and magazines.

All of our robot cells are equipped with a cell control system, which enables us to implement robot-independent, open interfaces and standardized control concepts.


Arrow Standardized control concept

Arrow Independent of robot brand

ArrowCommon modular system for gantry loaders and robot cells

Arrow Identical HMI like our gantry loaders

Benefits of using a Robot Cell RZ

Common Module Kit

Common modular system for gantry loaders and robot cells – unique on the market.

Control Concept

Standardized control concept independent of robot brand.

Operating Concept

Consistent operating concept thanks to ProHMI 3.0 operating interface - 100% identical to our gantry loaders.


Modular design allows the robots and additional stations to be reused at modifications.

Typical applications of a Robot Cell RZ

Loading of a gear toothing machine

Loading of a bevel gear toothing machine with a KUKA 6-axis robot and Cellmaster CM-S stacking cell, as well as the integration of a DMC reading station and an SPC drawer.

Automation of an ECM deburring machine

Automation of an ECM deburring machine and the associated cleaning and preservation basins by means of robots. The workpieces are fed and discharged via the customer's hall interlinking system.

Loading of a gear grinding machine

Automation of a gear grinding machine with a KUKA robot, storage of raw and finished parts with WS-PL conveyors from our modular system

Robot cell with Cellmaster

Loading connecting rods into a grinding machinebased on two robots and a Cellmaster CM stacking cell.