Automatic Die Bonder Die Attach Bonding Machine For Led Digital Tube Lattice

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September 01, 2025
Category Connection: Pick And Place Machine
Brief: Discover the High Precision Semiconductor Equipment Die Bonding Machine, a fully automatic double swing die bonder designed for LED digital tube lattice applications. This advanced machine features dual dispensing, dual wafer search systems, and precision automation to enhance production efficiency and reduce costs.
Related Product Features:
  • Front-loading and rear-loading methods with a docking station for easy operator connection and improved production cycle time.
  • Internationally leading dual die bonding, dual dispensing, and dual wafer search systems for high efficiency.
  • Direct-drive motor for driving the bonding head and linear motor for wafer search and feed platforms.
  • Automatic angle correction system for the wafer frame to ensure precision.
  • Automatic wafer ring loading and unloading system to boost production efficiency.
  • XY accuracy of ±1mil (±0.025mm) and die rotation of ±3° for high precision.
  • Suitable for LED packaging, screen display, consumer electronics, and smart home applications.
  • Cycle time of 150ms, depending on chip size and bracket, for fast operation.
Faqs:
  • What are the main applications of this die bonding machine?
    This machine is mainly used in LED packaging, screen display, consumer electronics, smart home, and intelligent lighting fields, supporting high-precision and high-speed solidification equipment.
  • What is the production cycle time of the die bonding machine?
    The production cycle time is 150ms, depending on the chip size and bracket, ensuring fast and efficient operation.
  • What is the XY accuracy of the die bonding machine?
    The XY accuracy is ±1mil (±0.025mm), providing high precision for die bonding applications.
  • Does the machine support automatic wafer ring loading and unloading?
    Yes, the machine is equipped with an automatic wafer ring loading and unloading system, significantly improving production efficiency.