Industrial CNC Automation Systems
Industrial CNC Automation Systems reduce cycle times and increase quality and occupational safety by automating auxiliary processes such as part loading/unloading, intermediate measurement, marking, and cleaning. Their modular structure allows them to quickly adapt to different CNC types and part variations.
Explore Rocobot CMT – INDWhy Industrial CNC Automation?
High Productivity & Low Cycle Time
Automated loading/unloading reduces machine idle time, allowing the spindle to work more.
- Uninterrupted part flow
- Higher OEE
Flexibility & Fast Format Change
Quick switching between different part sizes and batches; fast adaptation to new references.
- Template-based programming
- Fast jig/fixture change
Safety & Ergonomics
Frees operators from heavy and repetitive tasks; safe operation compliant with standards.
- Speed & power limiting
- Contact/collision detection
Application Areas
Automotive & Sub-Industry
Uninterrupted loading for high-volume metal parts like gears, shafts, and disks.
Machinery Manufacturing
Flexible processing scenarios for different dimensions and materials.
Aerospace & Defense
Traceable and safe production of parts with tight tolerances.
Medical
Controlled machining and handling of small/complex components.
General Industry
Multi-material workflows for plastics, aluminum, steel, and more.
Meet Rocobot CMT – IND
Rocobot CMT – IND is a modular solution optimized for industrial CNC machine tending operations. It provides sustainable productivity in manufacturing through multi-CNC integration, flexible gripping options, and fast commissioning.
Key Features
- Compatibility with multiple CNCs (lathe/mill/vertical machining)
- Fast format change and template-based setup
- Low maintenance & energy efficiency
- Safety concept compliant with standards
Quick Selection Criteria
- Part dimensions & weight
- Machine type (door opening, table height)
- Target cycle time / quantity
- Line layout & space constraints
Frequently Asked Questions
1) What is an industrial CNC automation system?
It is a set of solutions that increases efficiency, safety, and quality by automating part feeding/unloading and auxiliary operations for CNC machines.
2) Which CNC types is it compatible with?
It can be integrated to work with lathes, mills, vertical machining centers, grinding, and drilling machines; it communicates via door automation and IO/fieldbus.
3) Is it possible to tend multiple machines?
Yes. Depending on the layout and cycle times, a single cell can serve multiple CNCs; it can be scaled with shared magazines/conveyors.
4) How is operator safety ensured?
A safety concept compliant with ISO 10218 & ISO/TS 15066 is implemented with speed/power limiting, collision detection, safety scanners, and risk analysis.
5) How long does installation and commissioning take?
Typical installations can be completed in a few days to 1 week with ready-made templates and modular equipment; the duration may vary for special projects.
6) What is the ROI (return on investment) period?
Depending on the product mix and shift structure, it is typically in the range of 12–24 months; reduced labor costs and increased capacity accelerate ROI.
7) Which part sizes and weights are supported?
A wide range is supported depending on the gripper/fixture selection; door opening and reach distances are considered in the system design.
8) Can quality control be integrated?
Yes. Control steps such as position verification with vision, measurement probes, weighing, or barcode/Datamatrix reading can be added to the station.
9) What about the software and user interface?
It offers fast programming with template-based screens, job queue management, production counters, and downtime reports; remote access is optional.
10) What are the maintenance requirements?
It has low maintenance requirements; sustainable operation is ensured with periodic checks, gripper wear components, and calibration checks.
11) What sets Rocobot CMT – IND apart from similar products?
It stands out with its modular architecture, fast commissioning, multi-CNC compatibility, low energy consumption, and safety-focused design.
12) Is future capacity increase possible?
Yes. It can be scaled with additional magazines/conveyors, a second cobot, or an extra CNC machine.
13) How are material types and surface sensitivity managed?
The risk of surface damage is minimized with soft jaw/gripper inserts, vacuum, or mechanical gripping options; a blowing/cleaning station can be added for chip/coolant management.
14) Which data can be monitored?
Production quantity, cycle time, downtime reasons, OEE components, and quality measurements can be monitored; they can also be reported with MES/ERP integration if desired.