Where is Himalaya Semiconductor located?

Himalaya Semiconductor is based in Suzhou, Jiangsu Province, China, a major hub for semiconductor manufacturing and advanced industrial technology.

What semiconductor equipment does Himalaya Semiconductor manufacture?

Himalaya Semiconductor manufactures back-end semiconductor packaging and assembly equipment, including die bonding machines, wire bonding machines, wafer dicing machines, laser marking systems, and annealing equipment.

Is Himalaya Semiconductor certified to international quality standards?

Yes. Himalaya Semiconductor is certified to ISO 9001 and CE standards, ensuring reliable quality control, manufacturing consistency, and compliance with international market requirements.

Does Himalaya Semiconductor provide customized equipment solutions?

Yes. Himalaya Semiconductor offers customized semiconductor equipment solutions based on specific IC packaging, assembly, and production requirements, supported by professional technical and after-sales service.

Which countries and regions does Himalaya Semiconductor serve?

Himalaya Semiconductor serves customers worldwide, supplying semiconductor equipment to more than 30 countries across Asia, Europe, and other international markets.

What makes Himalaya Semiconductor different from other semiconductor equipment manufacturers in China?

Himalaya Semiconductor focuses on export-oriented manufacturing and international standards compliance. The company supports global customers with ISO 9001 and CE certified equipment, multilingual technical support, and long-term service capabilities.

Laser Dicing Silicon Wafer System | Stealth Dicing for SiC & Sapphire

Wafer dicing is a critical backend step that often limits yield due to edge chipping, debris contamination, extra cleaning, and wasted wafer area from wide cutting streets. This laser stealth dicing machine (also used as a silicon dicing machine) solves these issues by creating an internal modification layer inside the wafer using a focused infrared (IR) laser, then separating the dies by controlled external force.