SymCool™ Axisymmetric Free-Piston Stirling Cryocooler Design
Featuring an axisymmetric design, the SymCool™ Free-Piston Stirling Cryocooler enables cylindrical modular integration with optical lenses, achieving significant space optimization and streamlined manufacturing.
OrthoCool™ Orthogonal Hybrid Pulse Tube Cryocooler Design (Phase-Shifting Displacers at ambient temperature)​
The orthogonal hybrid pulse tube architecture of the "OrthoCool"™ is an innovative high-frequency pulse tube cryocooler techonogy oriengnally developed by Lihan Cryogenics. This architecture is suitable for the design of refrigerators operating within the temperature range of 20K to 200K and with a cooling capacity ranging from 10W to 1000W.
GyroCool™ Free-Piston Stirling Cryocooler with Rotatable Core
GyroCool™ is a free-piston Stirling cryocooler featuring an axisymmetric design with a fixed stator and a rotatable core assembly. The cryocooler core assembly can rotate independently, making it suitable for compact superconducting motors.
CalmCool™ Ultra-Low-Vibration Pulse Tube Cryocooler
CalmCool™ is a long-life, ultra-low-vibration pulse tube cryocooler driven by opposed linear motors, designed for vibration-sensitive optical and scientific instruments.
TurboCool™ Reverse-Brayton Cryocooler
TurboCool™ is a highly integrated reverse-Brayton cryocooler based on centrifugal compression and turboexpansion technologies. It supports multiple cooling capacity configurations for different application requirements and is suitable for mobile gas liquefaction, superconducting magnet cooling, and scientific cryogenic applications.
TurboCool™ Reverse-Brayton Cryocooler
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International Cryogenic Engineering Expert Visits Lihan Cryogenics for Technical Exchange
Nov 13,2026

On November 7, at the invitation of Professor Dai Wei, Chief Scientist of Lihan Cryogenics, Dr. John G. Weisend II, an internationally renowned expert in cryogenic engineering and Head of Accelerator Cryogenics at the European Spallation Source (ESS), visited Lihan Cryogenics to deliver a technical presentation titled "The Road to Successful Cryomodules: TESLA Cryomodules and Beyond."

 

01 Focus on the Development of Cryomodule Technology

 

During the presentation, Dr. Weisend reviewed the design and development of TESLA cryomodules, tracing their technological evolution from the first to the fourth generation. He highlighted engineering practices and optimization approaches related to structural design, thermal load management, and system reliability.

 

The presentation also covered the applications of cryomodules in large-scale scientific facilities, as well as relevant international collaborations and technological developments, providing attendees with valuable insights into advances and practical applications in cryogenic engineering worldwide.

 

02 Strengthening Technical Exchange and Broadening Perspectives

 

This technical exchange provided Lihan Cryogenics' engineering team with an opportunity to learn from and engage with an international expert in cryogenic engineering. It also offered valuable insights into the design principles and engineering practices of large-scale cryogenic systems.

 

Looking ahead, Lihan Cryogenics will continue to follow the latest developments in cryogenic technology, strengthen technical learning and industry exchanges, and further enhance its capabilities in technological innovation and engineering applications.

 

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