Solutions for efficient and modular semiconductor manufacturing

At Stäubli, we pride ourselves on delivering advanced quick coupling solutions tailored for the semiconductor manufacturing industry. Our extensive range of quick connectors is designed to enhance the efficiency, reliability, and cleanliness of your manufacturing processes in semiconductor industry. Whether your operations involve wafer processing, front-end processes, wafer testing, or back-end applications, our specialized couplings provide robust performance across all stages of semiconductor production.

Get in touch to discuss your needs.

Contact our specialist for detailed information on fluid systems and thermal management solutions in the semiconductor manufacturing process.

Contact now

Comprehensive semiconductor manufacturing solutions

Our quick couplings are designed to handle extreme conditions and environments, ensuring no leakage, quick connection and disconnection, and compact design. Suitable for temperatures ranging from -80°C to +250°C and pressures up to 350 bar, our couplings meet the rigorous demands of the semiconductor manufacturing industry.

Semiconductor applications

Discover all our market solutions

Discover now

Key benefits of our quick couplings include

No leakage

Adapted to both low and high temperature

Compatible with fluids used in semicon manufacturing industry

No equipment contamination

Quick to connect & disconnect

Ergonomic - easy to connect & disconnect

Low pressure drop guaranteed

High flow rates

Compact design

Multiple solutions: mono couplings, blind mate, multi plates

Reliable

Local support at every stage of customer's project

Connection solutions for each step of semiconductor manufacturing process

Guaranteeing efficient and clean cooling, gas & vacuum supply connection between:

Equipment

Sub-equipment

Components

Utilities

Wafer manufacturing	Front end	Wafer test	Back-end
Single cristal growth Lapping/polishing CMP	Deposition Litography Etching Implant/Anneal Cleaning Metrology/Inspection	Probing	Dicing Bonding Final test

Wafer manufacturing
Front-end
Wafer test
Back-end

At Stäubli, we offer premium quality quick couplings designed for essential processes in wafer manufacturing, including single crystal growth, wafer fabrication practices like lapping/polishing, and CMP.

Our quick couplings ensure seamless connectivity, facilitating efficient and precise operations. Engineered to endure the demanding conditions of wafer fabrication, our couplings help optimize productivity and maintain high standards in your manufacturing workflow.

Choose our quick couplings for reliable and consistent performance in the semiconductor industry.

Enhance your front-end semiconductor processes with our specialized quick couplings at Stäubli.

Our couplings are designed to support a range of critical applications such as deposition, lithography, etching process, implant, anneal, cleaning, metrology, and inspection. By providing fast and secure connections, our products help reduce downtime and improve operational efficiency. Trust our engineered couplings to deliver exceptional reliability and precision, ensuring the optimal performance of your front-end manufacturing processes.

Stäubli provides advanced quick couplings tailored for wafer testing applications, including probing.

Our high-performance couplings ensure rapid and secure connections, vital for accurate and efficient semiconductor testing. With a focus on durability and precision, our couplings are ideal for rigorous testing environments.

Rely on our quick couplings to enhance testing accuracy and efficiency, supporting the critical wafer probing process.

Optimize your back-end semiconductor processes with our durable and efficient quick couplings in semiconductor manufacturing at Stäubli.

Specifically designed for applications such as dicing, bonding, molding, and final testing, our couplings ensure reliable and swift connections. This improves overall productivity by minimizing downtime and enhancing process stability. Count on our quick couplings to provide the robustness and performance needed for back-end operations, ensuring the successful completion of semiconductor manufacturing.