QF-5045-S3-3 Intelligent Robot Arm Stamping Manipulator
This system is specifically engineered for electronic products, home appliance parts, and mechanical components stamping sites. It effectively handles efficient and stable pick-and-place operations for workpieces, optimizing production cycles to 10-20 times per minute.
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High Flexibility: Supports various stamping actions including flipping, scrapping, side hanging, and oblique stacking.
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Absolute Servo System: Each axis utilizes high-performance servos with power-off position memory, eliminating the need to return to origin.
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Universal Compatibility: Seamlessly connects with gear punch presses, pneumatic presses, and hydraulic presses regardless of tonnage.
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Precision & Durability: Positioning error controlled at ±0.1mm with a service life exceeding 10 years under proper maintenance.
❓ Frequently Asked Questions
1. What applications is this industrial robot arm suitable for?
It is ideal for the stamping sites of electronic products, home appliance parts, and mechanical components. It supports various actions like flipping, side hanging, and stacking.
2. Is the robot arm compatible with different types of presses?
Yes, it is highly compatible with all standard stamping equipment, including gear punch presses, pneumatic punch presses, and hydraulic presses, regardless of tonnage or machine height.
3. What is the positioning accuracy of the system?
The robot utilizes high-precision core accessories and a self-developed control algorithm, ensuring a positioning error controlled within ±0.1mm.
4. How difficult is it to program or change products?
The system adopts open programmable technology and supports motion track editing. It can store multiple product profiles, making it easy to switch between different production tasks.
5. What is the expected service life of the equipment?
With high-quality absolute servo systems and optimized circuitry, the machine has a failure rate lower than 1‰ and an expected service life of 8 to 10 years depending on maintenance.
6. Does the system require a return-to-origin after power failure?
No. Thanks to the absolute servo system, it features a power-off position memory function, which avoids the trouble and downtime of returning to the origin after a power interruption.