Quality Certification Pipe Welding Manipulators Controller Systems with Servo Motor and Driver

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Product Description

📊Basic Specifications
Model NO.
ZKBOT-4086 (Servo high-speed version)
Degrees of Freedom
4-axis
Drive Mode
Electric
Type
Cartesian Robot
Payload
3kg
Repeat Accuracy
±0.05mm
Maximum Reach
750mm
Working Voltage
AC220V/110V
Drive Configuration
Servo Motor 750W*1+400W*2+100W*1
Communication
Serial Port, 10 Inputs, 10 Outputs
Robot Weight
37kg
Certification
CE
🚀Product Features
🦾 Precision Control

Servo motor drive with high-precision helical gear reducers and closed-loop encoders to ensure no lost steps.

🖐️ Drag Teaching

Supports manual drag teaching—record motion tracks by hand without complicated hardware programming.

👁️ Visual Intelligence

Compatible with OpenMv and USB cameras for defect detection, color recognition, and target positioning.

Industrial Mechanical Arm Overview

This industrial robotic arm is designed for high-speed, high-precision tasks. It features a robust aluminum alloy body and integrated permanent magnet brakes to prevent damage during power-off scenarios. Suitable for small industrial production, the system supports point-to-point, point-to-line, and complex curve motions.

  • Handling Functions: Supports 3KG air pump for suction and discharge operations.
  • Multi-Mode Control: 7-inch industrial touch screen or PC-based control.
  • Coordinate Systems: Supports both Joint and World coordinate systems.
  • Expandability: Open bottom motion control serial port communication protocol for secondary development.
  • Industrial Reliability: Designed for 24-hour continuous work with high stacking accuracy.
📸Product Gallery
Frequently Asked Questions
Q1: Can the robot perform 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 if the power goes off?
A2: Yes, the system includes a function to automatically save teaching points during power failure.
Q3: Is the robot arm open source?
A3: It is not completely open source; however, the bottom layer provides the manipulator control communication protocol, supporting secondary development and external device interaction.
Q4: What is the maximum payload and accuracy?
A4: The maximum load is 3KG, and the repeated positioning accuracy is ±0.05mm.
Q5: What programming methods are available?
A5: It supports manual teaching, drag teaching via the touch screen, and secondary development through serial port protocols.
Q6: What are the main applications of this arm?
A6: Main applications include industrial handling, palletizing, assembly, gluing, metal stamping, and visual-guided identification/sorting.

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