Jice Precision Temperature Control Equipment: The Preferred Equipment Package for Interferometer-Based Precision Environmental Control
Release time:
2026-01-21
Jice Precision Temperature-Control Equipment has been deeply integrated into the operations of leading semiconductor companies, top-tier telecommunications equipment manufacturers, industry-leading display panel firms, and numerous national key laboratories. It has become a core supporting component for high-precision instruments such as interferometers in both research and production settings, providing a stable and reliable environmental foundation for precision measurement tasks in these fields.
In the field of optical precision measurement, interferometers serve as the core “reference measuring instruments,” and their measurement accuracy is closely linked to the stability of the working environment. Factors such as temperature fluctuations, humidity changes, atmospheric pressure variations, and environmental noise can all interfere with measurement results. Among these factors, even minor deviations in temperature control can become the primary “systematic error source” leading to measurement inaccuracies.
Precision temperature-control equipment independently developed and manufactured by Jice (Nanjing)
Specifically designed to create a high-precision, stable operating environment for interferometers, this system provides comprehensive control over temperature, humidity, and atmospheric pressure stability, as well as noise suppression. For the core region of the interferometer chamber, a localized air-bath temperature-control mode is employed to ensure the stability of the internal testing environment, thereby providing critical assurance for the measurement accuracy of the interferometer.
Temperature Fluctuations: A Major Limitation on Interferometer Measurement Accuracy
The core measurement principle of an interferometer relies on the phenomenon of light interference to achieve precise metrology. Fluctuations in ambient temperature can cause subtle thermal expansion and contraction of the optical components inside the interferometer, which are difficult to detect. These minute changes directly alter the path of light propagation and the interference pattern, thereby introducing significant measurement errors that severely compromise the reliability and repeatability of the data. Therefore, precise temperature control is a critical prerequisite for ensuring the measurement accuracy of an interferometer and represents the central requirement for its sophisticated environmental control.
Jice’s core strengths: Precise temperature control at ±0.002℃, comprehensive environmental protection.
The precision temperature-control equipment specially developed by Jice for high-precision devices such as interferometers has become the preferred complementary solution for precise environmental control of interferometers, thanks to its groundbreaking technological advantages. The specific advantages are as follows:
Ultra-high temperature control accuracy: Offers industry-leading precise temperature control capability of ±0.002℃, ensuring stable ambient temperature throughout the entire interferometer measurement process while achieving a control output accuracy of 0.1%.
Coordinated Control of Temperature, Humidity, and Cleanliness: Simultaneously achieves humidity stability control with an accuracy of ±0.1% RH, effectively preventing issues such as component corrosion and lens fogging caused by abnormal humidity levels. Cleanliness control meets standards above Class 100, with the core working area capable of reaching ISO Class 1 cleanliness—strictly guarding against dust particles from interfering with the interferometer’s precision optical path.
Scenario-specific, non-standard customization: Equipped with powerful, comprehensive environmental customization capabilities, we can tailor personalized parameters—such as resistance to micro-vibrations, magnetic shielding, and sound insulation—to meet users’ specific application scenarios while satisfying stringent temperature and humidity requirements. This ensures an exclusively stable working environment customized for interferometers.
Intelligent Control System: Ensuring Continuous and Stable Operation of the Interferometer
The intelligent design of Jice equipment provides comprehensive assurance for the stable operation of the interferometer:
End-to-end data traceability: Real-time collection of critical environmental parameters such as temperature and humidity, with graphical displays showing trend curves; automatic data storage and support for table export; complete recording of equipment operating status and fault information, providing a reliable basis for scientific research data traceability and production quality control.
Intelligent Closed-Loop Protection: Equipped with a built-in automatic safety protection system, this device can respond instantly to environmental anomalies and equipment malfunctions. Through an automated handling mechanism, it ensures 24/7 uninterrupted operation, maximizing the continuity of interferometer measurement tasks.
Flexible and meticulously designed: Compatible with diverse application scenarios.
Convenient Deployment: Featuring a detachable aluminum alloy frame structure, large-scale equipment can be quickly assembled on-site, significantly reducing installation costs and time.
Durable and aesthetically pleasing: The high-quality sheet-metal enclosure is robust and long-lasting, and its exterior color can be customized upon request.
Serving cutting-edge research and manufacturing fields
Currently, Jice Precision Temperature-Control Equipment has been deeply integrated into the operations of leading semiconductor companies, top-tier telecommunications equipment manufacturers, industry-leading display panel firms, and numerous national key laboratories. It has become a core supporting component for high-precision instruments such as interferometers in both research and production settings, providing a stable and reliable environmental foundation for precision measurement tasks in these fields.
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