Product Description

Product name: IGBT Dispensing and Curing Assembly Line
Product brand: HOLS
Product size: Please contact our customer service team for detailed dimensions and specifications.
Applicable industry: This cutting-edge technology is perfect for new energy vehicles, semiconductors, and the healthcare sector.
Working process: Seamlessly transition through your production line! Start by retrieving the product from the previous workstation, then proceed to the high-temperature oven for curing. Experience rapid temperature reduction in the cooling furnace, followed by an automatic cleaning and dust removal phase. Engage in precision vacuum dispensing before undergoing another high-temperature oven curing. Conclude with a final move to the cooling furnace before advancing to the next production stage.
IGBT modules serve a broad spectrum of applications, from rail transit to photovoltaic power generation and automotive electronics. As the leading switching device of today, IGBTs are indispensable in new energy vehicles, which demand exceptional power efficiency and minimal power loss and heat output for superior vehicle performance. As a pivotal element in power electronics, the reliability of IGBTs is crucial for the safe operation of the entire system, necessitating advanced packaging solutions. This intricate process comprises several stages such as screen printing, mounting, bonding, and functional testing, each requiring state-of-the-art packaging technology and precision equipment.
Curing applications span a vast array of industries, utilizing batch or conveyor ovens adapted to specific production needs. This process uses heat to catalyze chemical reactions, achieving a robust and stable finish or adhesive bonding, or solidifying plastics and epoxies. The outcome is a durable, hardy material or coating that withstands temperature, humidity, and corrosion challenges with ease. Our industrial curing ovens deliver unparalleled temperature uniformity, ensuring your components receive the ideal cure every time.
Our Advantages
Advantages:
1. Degassing technique: Our advanced methods ensure low-viscosity materials self-degas effectively, while vacuum degassing accelerates the process for high-viscosity products.
2. Vacuum potting technology: Designed to eliminate air introduction, our vacuum environment enhances product performance by preventing air entry.
3. Effectively reduce voids: Our meticulously designed workflow significantly reduces voids, enhancing overall product performance and reliability.
Application:
Company Profile



Worldwide office distribution
