Cantilevered 3-axis (4-axis/multi-axis) + CCD Vision System Cantilever

Product Specification

Cantilevered 3-axis (4-axis/multi-axis) + CCD Vision System Cantilever Dispensing Machine Multi-Axis Glue Dispensing Machine Automatic Vision Dispensing System

Overview

The Cantilevered 3-Axis (4-Axis / Multi-Axis) Dispensing Machine with CCD Vision System is a high-precision automated solution designed for complex adhesive dispensing applications in modern electronics manufacturing. The system integrates a cantilever motion platform with an advanced CCD vision positioning system to achieve accurate alignment and controlled adhesive dispensing.

With intelligent motion control and vision-guided positioning, the equipment can automatically identify product positions and adjust the dispensing path in real time. This ensures precise adhesive application even for small components and irregular surfaces.

The cantilever structure provides a compact design and flexible operation, making the system suitable for precision assembly, sealing, bonding, and encapsulation processes. The equipment supports multiple dispensing materials and can be configured with 3-axis, 4-axis, or multi-axis motion control depending on the complexity of the production process.

This automated dispensing system is widely used in industries requiring high-precision fluid control and vision positioning, helping manufacturers improve production efficiency, reduce defects, and achieve consistent product quality.

Key Features

Equipped with servo motors and motion modules, the CCD automatic positioning system provides smooth and durable motion. With a controller, the motion repeatability is ≤0.01mm, meeting the requirements for high-precision three-dimensional motion control.

The open structure allows for customizable lengths, suitable for automated production equipment in various industries, especially for applications with short travel distances and simple structural spaces. It addresses pain points in various industries, improving production efficiency and reducing labor costs.

• High-precision CCD vision positioning system
• Flexible 3-axis / 4-axis / multi-axis motion control configuration
• Cantilever structure for stable and compact equipment design
• Programmable dispensing paths for complex product structures
• Compatible with various adhesives including silicone, epoxy, and UV glue
• High repeatability and stable dispensing performance

Typical Applications

• Electronic component adhesive dispensing
• PCB encapsulation and underfill processes
• Sensor module bonding and sealing
• Display module adhesive application
• Precision dispensing for smart devices and consumer electronics

FAQ – Cantilevered Multi-Axis Dispensing Machine with CCD Vision System

1. What is a CCD vision dispensing machine used for?

A CCD vision dispensing machine is used for automated adhesive dispensing with visual positioning. The CCD camera detects product positions and guides the dispensing path to ensure precise adhesive application.

2. What are the advantages of a cantilever dispensing machine structure?

The cantilever structure offers compact design, easy accessibility, and stable motion performance, making it ideal for high-precision dispensing processes in electronic assembly lines.

3. Why is a multi-axis dispensing system important?

A multi-axis motion system allows the dispensing head to move in multiple directions and angles, enabling accurate adhesive application on complex or irregular product surfaces.

4. What types of adhesives can this machine dispense?

The system supports a wide range of materials including silicone adhesives, epoxy resins, UV adhesives, thermal conductive materials, and sealing compounds.

5. Can the CCD vision system improve production accuracy?

Yes. The CCD vision system automatically detects component positions and compensates for positioning errors, ensuring consistent dispensing accuracy and reduced product defects.

6. Which industries use vision-guided dispensing machines?

Vision-guided dispensing machines are widely used in electronics manufacturing, semiconductor packaging, display module production, automotive electronics, and smart device assembly.