multi function glue dispensing robot applied in LED flood light assembly

Machine Description

This machine is a 3 axis glue dispensing robot which can be used in many industries. Here speacially for LED flood light housing and glass cover assembly. The operator puts the work-piece on the moving platform by the designed fixture, the working platform and gluing nozzle move as programmed track to dispense glue on the work-piece accurately by compressed air driven.

Designed to revolutionize LED floodlight manufacturing, this advanced multi-function glue dispensing robot integrates precision automation and intelligent control for seamless adhesive application in assembly processes. Equipped with adaptive dispensing systems, it ensures consistent, high-speed application of silicone adhesives to critical components such as LED modules, lenses, and housing seals. The robot’s programmable motion paths and vision-guided alignment enable micron-level accuracy, eliminating overflow or underfill defects while accommodating diverse product geometries. Its modular design supports rapid reconfiguration for mixed-production lines, optimizing flexibility for batch or custom orders. Enhanced with real-time viscosity monitoring and temperature control, the system guarantees optimal bonding strength and waterproofing performance. By automating complex dispensing tasks, the robot reduces material waste by up to 30%, increases throughput by 50%, and ensures compliance with industrial durability standards for outdoor and high-intensity LED lighting applications.

Machine Features

• Floor stand design with wide working range(1500*600MM), suitable for big size work-piece;
• Equipped hand programming controller, easy to learn and operate;
• The instructions can be copied and arrayed;
• Equipped industrial PLC controller, for different glue with different settings ensure the best performance;
• Glue flow is stable without leakage and drawing.

Technical Parameters

Glue applicable

300ml package silicone or 2600ml package silicone

Machine Details