📊 Basic Information
Safety Features
Emergency Stop Button
Working Voltage
AC220V/110V
Application
3D Printing Applications
🤖 Product Description
Discover the future of industrial automation with our advanced robotic arms. These 6-axis systems are perfect for a wide range of industrial applications, offering fast and precise operation. With a robust design and easy-to-program software, our robotic arms are essential for modern manufacturing facilities looking to enhance production processes.
Our 6-axis robot arms are designed with high repeatability, ensuring accuracy in every operation. Featuring a user-friendly interface and 220V AC power supply, these robots are easy to integrate into your existing setup. Built to withstand rigors of industrial environments, they ensure long-lasting performance and are equipped with advanced control systems programmable via PLC.
🚀 Key Features & Functions
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High Precision: Servo motors and high-precision helical gear reducers ensure ±0.05mm repeated accuracy.
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Safety First: Equipped with permanent magnet brakes. Power-off protection ensures no damage to the machine.
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Easy Programming: Supports "Drag Teach" and touch screen instruction for fast entry without complex coding.
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Visual Intelligence: Supports OpenMv and USB cameras for object identification, color recognition, and defect detection.
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Versatile Application: Suitable for metal stamping, palletizing, loading, unloading, and labelling.
❓ Frequently Asked Questions
Q1: How many motion steps does the system support?
The touch screen supports motion node cycles within 50 steps, while a connected PC can support an unlimited step cycle.
Q2: Can the robot automatically save teaching points during power off?
Yes, the system features a function to automatically save teaching points when power is disconnected.
Q3: Is the robotic arm open source?
It is not completely open source; however, the bottom layer provides a control communication protocol that supports secondary development for peripherals and external device interaction.
Q4: What are the primary teaching methods?
It supports drag teaching (manual trajectory recording) and touch screen programming, allowing users without programming knowledge to operate the arm easily.
Q5: What visual recognition systems are compatible?
The system supports OpenMv and USB cameras for visual positioning, color recognition, and positive/negative identification.
Q6: What is the maximum load capacity for industrial applications?
Depending on the specific configuration and task (such as air pump suction), it can handle industrial loads up to 3KG-10KG efficiently.
Sandai Robot
