Product Description

Product name: IGBT Dispensing and Curing Assembly Line
Product brand: HOLS
Product size: Please contact customer service for detailed dimensions and specifications tailored to your needs.
Applicable industries: This versatile module excels in sectors like New Energy Vehicles, Semiconductor, and Healthcare, providing cutting-edge solutions for dynamic markets.
Working process: Seamless integration starts with obtaining the product from the previous workstation, followed by high-temperature oven curing. Rapid cooling in a furnace promptly reduces temperature, then automatic cleaning and dust removal prepare the product for vacuum dispensing. Another high-temperature oven curing step is followed by a transition to the cooling furnace before the product advances to the next stage of production.
The IGBT module is a pivotal component across diverse applications, including rail transit, photovoltaic power generation, and automotive electronics, serving as the foremost switching device in today's technology landscape. In new energy vehicles, there's an imperative for IGBTs to deliver robust and efficient power processing capabilities, minimizing power consumption and excess heat to enhance vehicle performance. As a cornerstone of power electronics, IGBT reliability is crucial for the safe operation of the entire device, thus demanding advanced packaging solutions. Key processes in IGBT packaging-screen printing, mounting, bonding, functional testing-require sophisticated technology and precision equipment, underscoring the module's critical role.
Curing applications are integral across numerous industries, utilizing batch ovens or conveyor ovens tailored to specific production needs. These applications leverage heat to facilitate chemical reactions that cure finishes or adhesives on products, or to solidify plastics or epoxies. The outcome is a durable, resilient material or coating resistant to temperature, humidity, and corrosion, enhanced by industrial curing ovens that ensure exceptional temperature uniformity for optimal curing results.
Our Advantages
Advantages:
1. Degassing technique: For materials with low viscosity, natural self-degassing occurs efficiently, while vacuum degassing accelerates the process for high viscosity products, ensuring purity and quality.
2. Vacuum potting technology: This advanced technique prevents air infiltration by maintaining a vacuum environment, thereby enhancing the final product's performance and integrity.
3. Effectively reduce voids: Our production line's innovative design and operational excellence significantly reduce voids, elevating the overall performance and quality of our products.
Application:
Company Profile



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