CNC cell with robot for numerical control chip removal
High-performance CNC work cell. Integrates two machining centers, two robots, two washing systems, two loading/unloading warehouses, and a measurement system.
Our CNC cell technology with robots
The automation solution with CNC machine for chip removal is an integrated work cell designed by Applyca for manufacturing companies requiring high production performance, reduced dependence on specialized labor, and complete automation of machining processes. It was developed for clients with complex productions such as transmission units and precision mechanical components, where the combination of CNC machine tools and loading/unloading robots allows for increased productivity and operational reliability.
This machine is perfect for industrial productions requiring precision chip removal. It is particularly suitable for machining precision mechanical components, transmission units and gears, and parts for the automotive and general mechanical sectors.
Solution Components
The work cell is an integrated system comprising two synchronized CNC machine tools for chip removal machining, an industrial robot for automatic loading and unloading of parts, two dedicated warehouses for storing raw and finished parts, an automatic part washing system, and an in-line measurement and control cell. The latter verifies the machining and automatically adapts the CNC parameters, if necessary, to optimize productivity and quality.
Technical Features
- CNC numerical control for the automatic management of movements and cutting, drilling, and milling parameters of the machine tools.
- Part handling robot integrated with automation logic for 24/7 workflows.
- In-line measurement cell for automatic feedback and continuous CNC adjustment.
- Compact layout with a footprint limited to approximately 9 m², ideal for workshops and production departments with limited space.
Main Advantages:
Two CNC machines managed in parallel with robots increase production efficiency. The complete automation of the work cycle, from raw part retrieval to washing and final inspection, reduces the need for specialized labor, freeing up resources for quality control and process management. Adaptability and operational flexibility are guaranteed by the automatic adjustment of machining parameters via measurement feedback.
