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Semiconductors

Highly precise temperature control for maximum process reliability and consistent yields

In semiconductor production and testing, stable temperature control is crucial for yield, process quality and long-term reliability. SINGLE’s temperature control technology enables highly precise and exceptionally consistent control in front-end and back-end processes for highly dynamic thermal requirements and sensitive cleanroom environments. This ensures that tight process windows are reliably maintained, defined test conditions are reproducible, and process stability is consistently maintained at the highest level.

Your challenges

The semiconductor industry operates with extremely tight tolerances, while the underlying processes are highly dynamic, complex and extremely sensitive. Even minor temperature spikes, uncontrolled drift, or contamination can reduce yield or cause costly production downtime. At the same time, there is a growing demand for temperature control systems that are fully controllable, comprehensively documented and seamlessly integrated into digital process environments while maintaining consistently high performance. Semiconductor manufacturing also demands absolutely leak-free systems, cleanroom compatibility and suitability for specialised heat transfer fluids.

Our solution

This is precisely where we make targeted use of SINGLE temperature control systems, enabling exceptionally stable and precise temperature control, supported by accurate sensor technology, high-quality materials suitable for cleanrooms and intelligent control technology. Our systems are designed for long-term process stability and can be seamlessly integrated into the demanding cleanroom and facility infrastructures of the semiconductor industry’s 24/7 operations via state-of-the-art interfaces.

Key features

What sets the SINGLE systems apart

  • Precise and responsive temperature control for demanding applications (resolution up to ±0.1 °C), maximum process stability and yield
  • Robust construction, optionally available in solid stainless steel, and precisely engineered connection technology for long-lasting use in sensitive cleanroom conditions
  • Integrated leak sensor with drip tray for maximum operational safety and reliable leak detection
  • High cooling capacity for test and production processes involving high-performance microchips – including in AI applications
  • Safety and monitoring functions for controlled process management
  • Digital integration options via both signal connections and industrial digital communication protocols
  • Proven MTBF (Mean Time Between Failures) performance backed by extensive field experience and high-quality European-manufactures components
  • Simple maintenance for minimal downtime and low failure rates
  • Customised (OEM) development and system design, including qualification (e.g. vibration, temperature, humidity) and certification (e.g. SEMI S2, S8, F47, UL/CSA)
  • Spare parts and upgrade packages for rapid repairs and a reduction in MTTR (Mean Time To Repair) to maximise system availability

Typical Applications

Temperature control for chips, chucks, conditioning systems, test systems, inspection and qualification equipment, wafer processes and CVD processes.

End Products

AI and high-performance computing (HPC), data centres, automotive applications (control units, power electronics, as well as ADAS and autonomous driving systems), consumer electronics, medical imaging, telecommunications (network technology), highly reliable electronics for the aerospace sector, and safety-critical systems.

Customer testimonials

“Reliable lifetime testing depends on controlled thermal conditions, and SINGLE has consistently delivered that.
Their customised units allow us to run high-current cycles with the confidence that every test remains comparable and valid.”

Georg Zagler, Power CyclingManager | Alpitronic

Get expert advice now!

Together with you, SINGLE analyzes the technical requirements of your application – from material and process step to temperature windows and power demand. On this basis, we develop individually tailored solutions that fit your use case perfectly and ensure maximum process safety over the long term.

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