Machine Tending (MTR)
Automation for CNC, Rolling, Stamping & More
Machine Tending Robot – Automated Precision for Modern Manufacturing
In today’s fast-paced manufacturing, automation is key to staying competitive. Machine
tending robots boost efficiency, cut labor costs, and ensure 24/7 precision in operations like CNC turning, spline/thread rolling, and stamping. By automating repetitive tasks,
manufacturers reduce errors, improve safety, and scale production effortlessly.
How Automated Machine Tending Works
A robot, gantry, or custom system picks raw material from a feeder, loads it into the
machine (CNC, press, etc.), and unloads finished parts—often with vision systems, sensors, or inspection tools for flawless accuracy. This closed-loop automation enables:
- Uninterrupted production (24/7 operation)
- Faster cycle times
- Zero human error
Key Benefits
✅ Higher Productivity – Machines run continuously.
✅ Lower Costs – Reduce labor and waste.
✅ Perfect Quality – Eliminate manual inconsistencies.
✅ Scalable – Adapts to any production volume.
✅ Easy Integration – Works with your existing setup.
Our Expertise
We design, build, and deploy custom machine tending solutions for:
- CNC Turning Centers
📊 Typical Specifications Summary:
Feature
Specification
Robot Type
6-Axis Articulated Arm
Payload Capacity
5 – 50 kg
Maximum Reach
600 – 2000 mm
Repeatability
±0.05 – 0.1 mm
Cycle Time
15 – 30 seconds (depending on part)
Operating Voltage
220V / 380V / 480V (customizable)
Communication Protocols
Ethernet/IP, Modbus, Digital I/O
Safety Features
Light curtains, E-stop, Interlocks
🎯 Optional Add-Ons:
- Conveyor integration
- Part washing or inspection modules
- Automated tray or bin handling
- IoT connectivity and data logging (Industry 4.0 ready)
1. What is a machine tending robot?
An automated system that loads/unloads parts in CNC, rolling, or stamping
machines—replacing manual labor.
2. How does it work?
Robots pick raw parts, feed machines, and remove finished components, often with AI or
vision-guided precision.
3. Which industries use it?
Automotive, aerospace, metalworking, plastics, and high-volume manufacturing.
4. Key benefits?
Faster output, cost savings, consistent quality, and safer workplaces.
5. Can robots work with humans?
Yes! Collaborative robots (cobots) operate safely alongside workers, while traditional robots use safety barriers.