Precision IGBT Module Potting and Curing Machinery for Sale

• Customization: Available
• Application: Automotive Industry, Electronics Industry, Semi-Conductor Industry
• Coating Type: Adhesive Coating
• Model NO.: IGBT Production Line
• Heating system: Tunnel Type Multi-Layer Curing Oven
• Warranty: Online Service
• Power: 3.5 Kw
• Voltge: 380V
• Air Pressure: 0.3-0.6 MPa
• Min. Output Volume: 0.3ml
• Transport Package: Wooden Case
• Specification: According to customer
• Trademark: HOLS
• Origin: Jiangsu, China

Product Description

Product Description

Product name: IGBT Dispensing and Curing Assembly Line
Product brand: HOLS
Product size: Contact customer service
Applicable industries: Pioneering the fields of New Energy Vehicles, Semiconductors, and Healthcare Solutions

Working process: Seamless transition through the production phases - retrieve product from the preceding station → undergo curing in high-temperature oven → swiftly cool in the cooling furnace → engage in automatic cleaning and dust removal → precision vacuum dispensing → another high-temperature curing cycle → relocate to cooling furnace → proceed to the next production stage.

The IGBT module is a versatile and essential component across various applications, such as rail transit, photovoltaic power generation, and automotive electronics, operating as the leading-edge switching device. With the demands from new energy vehicles, IGBTs are expected to exhibit superior power management prowess while minimizing self-power consumption and redundant heat output, thereby elevating vehicle performance. As a pivotal element in power electronics, the IGBT's reliability is crucial for ensuring the device's safe operation, imposing stricter standards for its packaging. The intricate IGBT packaging process encompasses screen printing, mounting, bonding, functional testing, and more. Each of these seemingly straightforward procedures necessitates advanced packaging technology and equipment for successful completion.
Curing processes span a diverse array of industries, where curing can be executed through a batch or conveyor oven, tailored to meet specific production demands. Utilizing heat, curing applications trigger chemical reactions that adhere a finish or adhesive to a product or solidify plastics and epoxies, resulting in materials that are tougher, more stable, and resistant to temperature, humidity, and corrosion. These industrial curing ovens deliver exceptional temperature consistency to guarantee optimal curing conditions for all parts.
 

Our Advantages

Advantages:
1. Degassing technique: Low-viscosity materials naturally degas, whereas vacuum degassing accelerates the process for high-viscosity products, ensuring impeccable results.
2. Vacuum potting technology: This technique prevents air intrusion by operating in a vacuum environment, thereby enhancing the performance integrity of the final product.
3. Effectively reduce voids: The meticulous design and process flow of our production line substantially diminish voids, bolstering product performance.

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