3086 Small Industrial Robot Arm with a Load of 5kgs for Medical Equipment Arduino Robot Arm

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Product Description

Basic Parameters
Model NO.
ZKBOT-3086
Payload
5kg
Repeat Accuracy
0.1mm
Max Reach
700mm
Power Consumption
100W
Working Temp
-10℃ ~ 50℃
I/O Interface
10 DI / 8 DO
Certification
CE, RoHS
Warranty
1 Year
HS Code
8479501900
Industrial Mechanical Arm Solution

AI Smart Visual Sorting System - ITEM NO. ZKBOT-3086

This industrial mechanical arm is designed for high-precision tasks including industrial handling, palletizing, loading/unloading, assembly, and gluing. With integrated visual coordination, it excels in material identification, defect detection, and qualified assembly processes.

Core Advantages:

  • Powerful Performance: 86+57+57 hybrid servo system with a maximum load of 5kg.
  • Safety First: Equipped with permanent magnet brakes to prevent damage during power-off.
  • Ease of Use: Supports touch screen programming and "hand-by-hand" drag-to-teach instructions.
  • Open Protocol: Supports secondary development via serial port communication protocol.
  • High Precision: Closed-loop encoder motors ensure no lost steps and high palletizing accuracy.
Industrial Robot Arm Detail
Robot Arm Motion Range
Technical Specifications
Robot Arm Interface
Industrial Application
Visual System
Payload Demonstration
Teaching Device
Operational Flow
Precision Testing
Product Overview
Intelligent Vision System

Recognition

Identifies object varieties, colors, and positions quickly for sorting.

Detection

Supports defect detection, leakage detection, and front/back identification.

Accuracy

500W image element camera with identification accuracy of ±0.1mm.

Frequently Asked Questions
Can the cycle work be customized?
Yes. The touch screen supports motion node cycles up to 50 steps, while a connected PC can support unlimited step cycles.
Is there a power-off protection feature?
Absolutely. The robot includes a function to automatically save teaching points when power is lost and uses permanent magnet brakes to prevent machine damage.
How difficult is it to program the robot arm?
It is designed for users with no programming background. You can use "Drag Instruction" to teach moves hand-by-hand or use the touch screen for fine-tuning.
What types of motion does it support?
The arm supports point-to-point, point-to-line, line-to-line, arc, and combined curve motions, including world and joint coordinates.
Is the robot arm open source for development?
The bottom layer provides a manipulator control communication protocol, allowing for secondary development of peripherals, additional functions, and interaction with external devices.
What is included in the standard package?
The standard package includes 1 robot body, 1 control box, 1 touch teaching device, and the necessary specialized connection lines.

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