Product Description

Product name: IGBT Dispensing and Curing Assembly Line
Product brand: HOLS
Product size: Contact customer service
Applicable industry: Innovators in new energy vehicles, pioneering semiconductors, and cutting-edge healthcare solutions.
Working process: Seamlessly transition from the previous workstation → enter the high-temperature oven for precise curing → swiftly move to the cooling furnace to rapidly reduce product temperature → engage in automatic cleaning and meticulous dust removal → execute vacuum dispensing → return to the high-temperature oven for a final curing → transfer to the cooling furnace → advance the product to the next stage.
The IGBT module is a versatile powerhouse, indispensable in applications such as rail transit, photovoltaic power generation, and automotive electronics. As the leading switching device today, IGBTs in new energy vehicles must deliver exceptional power processing capabilities while minimizing power consumption and heat generation to optimize vehicle performance. As a pivotal component of power electronics, the reliability of the IGBT is crucial for ensuring the safe operation of the entire system, mandating superior packaging standards. Essential IGBT packaging processes include screen printing, mounting, bonding, functional testing, and more. Each procedure, though seemingly simple, demands advanced packaging technology and equipment for successful execution.
Curing applications span multiple industries, offering endless possibilities. Depending on production needs, a batch or conveyor oven can facilitate the curing process. Heat induces a chemical reaction during curing, which solidifies finishes, adhesives, plastics, or epoxies, resulting in materials or coatings that are robust, durable, and resistant to temperature, humidity, and corrosion. These industrial curing ovens ensure exceptional temperature consistency, guaranteeing that each part receives a flawless cure.
Our Advantages
Advantages:
1. Degassing technique: Our innovative technique allows low Viscosity materials to self-degas effortlessly, while vacuum degassing accelerates the process for high-viscosity products.
2. Vacuum potting technology: Designed to eliminate air introduction, this cutting-edge technology in a vacuum environment prevents air infiltration, thereby enhancing the performance of the finished product.
3. Effectively reduce voids: Through the meticulous design and process of our production line, voids are significantly minimized, elevating product performance.
Application:
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