神港精機 東京支店 Official site

Batch-type plasma reflow device (flux reflow)

Flux-free reflow device for fine wafer bumps. Sample test compatible, achieving energy-saving and short takt processes. Reflow video available.

Achieving flux-free bump reflow with highly reducing H2 radicals generated by high-density plasma (SWP). Reducing the application and cleaning processes of flux. Minimizing wet processes before and after reflow. An energy-saving, space-saving, and clean process that reduces the space, processing, and utilities of wet equipment. A cutting-edge mass production process compatible with 300mm wafers, suitable for batch-type hardware and niche devices with small-diameter substrates. Supporting short-tact batch processing for small-lot production and R&D applications.

basic information

Batch type compatible with φ300mm wafers High-density damage-free radical treatment using surface wave plasma (SWP) Equipped with rapid temperature rising and falling hot plate Achieves voidless bumps through vacuum processes Supports resist ashing as an option Currently accommodating sample testing

Price information

Please feel free to inquire.

Delivery Time

Please contact us for details

Please feel free to contact us.

Model number/Brand name

Batch-type plasma flow device

Applications/Examples of results

Compound IC Wafer Bump Flow MEMS Device Bump Flow Optical Device (LED, LD, Photodetector) Bump Flow Optical Module Bump Flow

Related Videos

Line up(1)

Model number overview
CtoC Type Mass production compatible plasma flow device

Plasma Cleaning Device "POEM" Brochure

PRODUCT

Hydrogen atmosphere conveyor furnace

PRODUCT

Recommended products

Distributors

Shinko Seiki, as a technology-driven manufacturer, leverages the numerous know-how accumulated particularly in the field of vacuum equipment to deliver innovative products that meet user needs. In recent years, the company has also been challenging cutting-edge fields such as electronics and new materials, aiming to develop truly valuable hardware and software through the advancement of distinctive technologies and their organic integration.