The electronics and semiconductor industry is a core pillar of modern high-tech manufacturing, covering wafer fabrication, packaging, testing, and electronic component assembly. From front-end processes such as lithography, etching, and deposition to back-end packaging and testing, every stage requires extremely high precision and stability to ensure product performance and yield. Semiconductor manufacturing is typically conducted in cleanroom environments, where strict control of air quality, temperature, and contamination is essential.

Vacuum technology plays a critical role in wafer processing, gas removal, and thin-film deposition, ensuring a clean and controlled environment while preventing contamination. Compressed air systems provide stable power for pneumatic components and precise motion control. Dry vacuum pumps, which operate without oil, are widely used due to their ability to generate clean vacuum conditions and reduce maintenance requirements.

With the advancement of Industry 4.0, AI, and high-performance computing, semiconductor manufacturing continues to demand higher precision, efficiency, and reliability. As a result, vacuum and air control technologies have become increasingly critical in maintaining process stability, improving yield, and supporting scalable production systems.

Wafer Handling System
Vacuum systems securely hold wafers without contact, while compressed air drives robotic arms and positioning mechanisms for precise transfer between processing stages.
Recommended Models: UN-90V, UN-120V, UN-200V, UN-90P, UN-120P, UN-200P

Lithography System
Vacuum stabilizes wafers during exposure to ensure high-resolution pattern transfer, while pneumatic systems support precise mechanical control.
Recommended Models: UN-120V, UN-150V-B, UN-200V, UN-120P, UN-200P

Etching Equipment
Vacuum pumps remove reactive gases and maintain low-pressure environments for stable etching processes, while compressed air supports system control.
Recommended Models: UN-280VQ, UN-300V, UN-350V, UN-180P, UN-200P

Thin Film Deposition (CVD/PVD)
Vacuum systems maintain controlled low-pressure conditions for high-quality film formation, while compressed air regulates process gas flow and equipment operation.
Recommended Models: UN-300V, UN-400V, UN-400VH, UN-200P, UN-350P

Vacuum Drying Systems
Vacuum drying removes moisture and solvents under reduced pressure, improving drying efficiency and preventing thermal damage.
Recommended Models: UN-280VQ, UN-300V, UN-400V, UN-120P, UN-200P

Packaging & SMT Equipment
Vacuum suction ensures accurate component placement, while compressed air powers pick-and-place mechanisms for high-speed assembly.
Recommended Models: UN-90V, UN-120V, UN-150V-B, UN-90P, UN-120P

Testing & Inspection Systems
Vacuum holds components securely during testing, while compressed air operates fixtures and control mechanisms.
Recommended Models: UN-90V, UN-120V, UN-200V, UN-90P, UN-120P

Load Lock Chamber
Vacuum pumps rapidly create pressure transitions to isolate processing environments, while compressed air controls valves and pneumatic components.
Recommended Models: UN-300V, UN-350V, UN-400VH, UN-200P, UN-350P