Front Load Machine Tending Robot - FL MTR
For CNC Turning Centres
CNC Auto Loader
Front Load Machine Tending Robot- FL MTR – GRIPX 12
Why Choose FL MTR?
- Rapid Loading and Unloading: With a swift cycle time of just 8 seconds, the FLMTR ensures your CNC turning center remains in continuous production mode, delivering unmatched operational efficiency.
- Robust Construction: The FLMTR features a sturdy base structure designed for maximum rigidity, ensuring stable and reliable performance even in demanding industrial environments.
- Space Efficient Footprint: Requiring only 400mm of space in front of the CNC turning center, the FLMTR minimizes floor space usage, helping you reduce your facility’s cost per square foot.
- Convenient Parking Station: Simplify CNC setup changes with the FLMTR’s easy-to use parking station. During insert or setup changes, simply unlatch the base to move the FLMTR back, then return it to its original position within minutes-no hassle, no downtime.
- Intuitive Control System: The FLMTR is equipped with a user-friendly control interface, allowing operators to program and monitor the robot’s performance effortlessly, without the need for extensive training or technical expertise.
Front Load Machine Tending Robot
Common Features
- Payload Upto 2Kgs.
- Suitable for low machining cycle times of 15-20 seconds
- Very Fast Load Unload Cycle times of 8-10 seconds
- Quick installation to cater to a single machine
- Can be easily be moved out for machine repairs and brought back and aligned
What we offer
- Customer Approved Part Handling: Proven and reliable methods for handling both raw and finished parts, tailored to meet customer requirements.
- Automated Lubrication System: Ensures consistent and optimal lubrication for smooth and maintenance-free operation.
- Seamless CNC Integration: Advanced controls integration with the CNC machine, featuring standard safety interlocks for enhanced operational security.
- Comprehensive Installation and Commissioning: Expert installation and commissioning services to ensure smooth startup and optimal performance.
- Dedicated After-Sales Support: Responsive after-sales service and support to maximize uptime and customer satisfaction.
- Automated Inspection and Wear Offset Correction: An optional feature enables automatic inspection and real time wear offset correction, eliminating the need for operator intervention. This ensures consistent, 100% quality in every part produced.
Typical Components
ROI & PAYBACK: Front Load Machine Tending Robot
Return on investment and Payback in (FLMTR) Front load machine tending robot Less than 3 years:
The FLMTR (Front Load Machine Tending Robot) offers a strong return on investment with a typical payback period of less than 3 years. By automating repetitive tasks, it reduces labour costs, improves production efficiency, and enhances machine uptime—delivering long-term value and reliability.
Benefits of Automation in FLMTR – Front Load Machine Tending Robot
✅ Compact Footprint
Designed for front-access loading, FLMTR systems are ideal for space-limited shop floors without needing overhead clearance.
✅ Improved Operator Safety
Eliminates the need for manual interaction with active machines, reducing the risk of injuries and improving workplace safety.
✅ Reduced Labor Dependency
Automates repetitive loading/unloading tasks, reducing reliance on manual labor while increasing consistency.
✅ Enhanced Machine Uptime
FLMTR ensures timely part handling, minimizing idle machine time and improving production throughput.
✅ Cost-Effective Automation
Offers a quick ROI by improving efficiency, reducing errors, and minimizing labor costs.
✅ Seamless Integration
Easily adaptable to different CNCs, FLMTR can be deployed across various machines with minimal modifications.
✅ Improved Part Quality
Consistent handling and placement reduce part damage and variation, leading to higher-quality finished products.
Front Load Machine Tending Robot- FL MTR - GRIPX 12
A uniquely designed and manufactured Robotic arm loads and unloads components from a CNC Turning Centre.
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