1. Product Introduction
1.1 Product Description
This equipment is an advanced automated teaching device, employing a Cartesian coordinate robotic arm structure, specifically designed for mechatronics, automation control, and other related majors in higher education institutions and vocational schools. This equipment integrates precision transmission, intelligent detection, and automated control technologies, achieving precise material positioning and optimized storage through PLC programming.
This module adopts a Cartesian coordinate system design, consisting of an X/Y axis precision transmission system, a pneumatic gripper mechanism, and an intelligent storage unit. The equipment is equipped with six standardized hoppers, achieving three-dimensional spatial positioning of materials through dual-axis linkage. A built-in priority storage algorithm automatically optimizes material storage locations. It is suitable for teaching and practical application of modern industrial technologies such as automated warehousing and intelligent sorting.
1.2 Product Features
High-Precision Positioning:
Dual-Axis Servo Control
Repeat Positioning Accuracy ±0.5mm
Equipped with 3 position sensors to ensure accurate positioning
Safe and Reliable:
24V Safety Voltage Design
Teaching Advantages:
Transparent Structure Design
2. Technical Specifications
2.1 Basic Technical Parameters