Product Overview
Our industrial mechanical arm is designed for precision and versatility. It supports industrial handling, palletizing, loading and unloading, assembly, and gluing. With visual coordination, it can complete material identification, defect detection, and qualified testing.
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High-Precision Control: Equipped with servo motors and helical gear reducers for 24-hour continuous industrial work.
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User-Friendly Interface: Supports 7-inch industrial touch screen programming and "Drag to Teach" functionality for quick deployment.
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Flexible Programming: Supports open motion control protocol, secondary development, and visual interaction with OpenMv/USB cameras.
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Safety First: Features permanent magnet brakes to prevent machine damage during sudden power-off.
Frequently Asked Questions
Q1: Can the robot set up cycle work?
A1: Yes, the touch screen supports motion node cycles up to 50 steps, while PC control supports unlimited step cycles.
Q2: Does it save teaching points automatically during power failure?
A2: Yes, the system includes an automatic save function to protect teaching data when power is disconnected.
Q3: Is the robotic arm open source for secondary development?
A3: While not completely open source, we provide the bottom-layer control communication protocol to support secondary development of peripherals and external device interaction.
Q4: What is the maximum payload and accuracy?
A4: The robot supports a maximum payload of 3kg and maintains a high repetitive positioning accuracy of ±0.05mm.
Q5: What visual systems are compatible with the arm?
A5: It supports OpenMv and USB cameras to develop visual scenes for material identification, color recognition, and positioning.
Q6: Is it suitable for beginners without programming knowledge?
A6: Yes, it features "Drag Teaching," allowing users to record motion tracks manually without complex hardware programming.
Sandai Robot
