Standard robot cells
CNC machines
Robot cells for tending CNC machines — for loading, unloading, flexible part changeover, and additional operations in the production process.
CNC machine automation
Flexible robotic tending of CNC machines.
Flexido cells offer a rich range of options for robotic tending of CNC machines. The loading and unloading system is chosen based on the part, machining, and available space.
Robotic part removal using the Vision smart vision system is also increasingly used, enabling a higher degree of flexibility for the robot cell.
With the integrated Pick & Place option, the robot can pick different parts of different shapes from the infeed conveyor.
Standard cell
FLEX 7 CNC Slim
FLEX 7 CNC Slim is a compact automation cell for tending CNC machines, with options for stackers, cleaning, engraving, and vibro sorting.
- Compact CNC robot cell
- Integrated conveyor belt
- Stacker option
- Cleaning and engraving option
Technical data
- Dimensions
- 1660 × 720 mm
- Robot
- MZ 7L / 10FL
- Payload
- 7 kg / 10 kg
- Reach
- 911 mm / 1202 mm
Loading and unloading
Documented loading and unloading systems.
sliding pallet system
rotary table system
rotary pallet system
Additional operations
The standard cell can include additional stations in the process.
Stacker
Stacker for feeding or storing parts in the process.
Cleaning station
Part washing station.
Engraving
Part engraving station.
Vibro sorting station
Vibro sorting station for parts.
Modular design
Thanks to their modular design, standard robot cells are affordable even for smaller companies.
Higher availability
Integrating a robot cell helps improve production quality and the availability of CNC machines.
Reference
Inbound-outbound conveyor line
A completed conveyor line project for KLT containers alongside CNC machines, showing the broader context of CNC automation with a collaborative robot.
See the implementation in practice→Related solution
When CNC needs more than one cell.
Contact
Is a CNC cell the right solution for your process?
Together we look at your CNC machine, loading method, part, available space, and additional operations — then we assess which cell configuration makes the most sense.