Jicai Precision Temperature Control Equipment: A Precise Temperature Engine for Scientific Research and Development
Release time:
2025-03-18
Achieve high-precision temperature control with a maximum accuracy of ±0.002℃, and a class 10 cleanroom environment.
In the vast field of scientific research and development, environmental factors are like weights on a precision balance; any subtle change can have a profound impact on experimental results and product development direction.Nanjing Expansion Technology's subsidiary,Gice (Nanjing) Technology Co., Ltd., with its deep technical background and continuous innovative spirit, has meticulously crafted
precision temperature control equipment
with its excellent "precision temperature control" capabilities, it has become a powerful partner for scientific research institutions and R&D companies in overcoming challenges and achieving success.
Precision Temperature Control: Laying the Foundation for Scientific Research
Gice's precision temperature control equipment is specifically designed to overcome complex temperature challenges in scientific research and development. Its core highlight—achieving a high-precision temperature control of up to±0.002℃, and a class ten cleanroom,plays an irreplaceable key role in the scientific research process. In the field of materials science, when studying the properties of new superconducting materials, precise temperature control is crucial for revealing the superconducting transition characteristics of materials at different temperatures. The precise temperature control capability of Gice's precision temperature control equipment ensures that the material is at the ideal experimental temperature, effectively avoiding experimental data deviations caused by temperature fluctuations, and providing researchers with a solid and reliable experimental data foundation.
Comprehensive Environmental Control: Promoting Scientific Breakthroughs
Ultra-high Precision Temperature and Humidity Control:In addition to its remarkable temperature control accuracy, the equipment also performs excellently in humidity control, with internal humidity stability reaching ±0.5%@8h. In biopharmaceutical research and development, many bioactive ingredients are extremely sensitive to humidity. The precise humidity control of Gice's precision temperature control equipment ensures the activity and stability of biopreparations during drug R&D, providing strong support for the smooth progress of new drug development.
Excellent Cleanliness GuaranteeFor industries with extremely demanding requirements for environmental cleanliness, such as semiconductor chip R&D and high-end optical instrument manufacturing, the precision environmental control system to which this equipment belongs can achieve cleanliness control above class 100, with internal cleanliness superior to ISO class 3 (equipment work area). In chip lithography, tiny dust particles can cause short circuits or open circuits in the chip lines; the ultra-clean environment created by Gice's precision temperature control equipment effectively eliminates such hidden dangers, helping chip manufacturing processes to achieve higher precision.
Stable Pressure EnvironmentThe internal pressure stability of the equipment can reach +/-3Pa, which is of great significance in scientific experiments involving high-pressure chemical reactions, microelectromechanical systems (MEMS) R&D, and other pressure-sensitive aspects. A stable atmospheric pressure environment ensures the consistency of experimental conditions and improves the reproducibility and reliability of experimental results.
Intelligent Functions Empowering the Scientific Research Process
Real-time Data Recording and AnalysisScientific research relies on accurate recording and in-depth analysis of experimental data. Gice's precision temperature control equipment has a data automatic curve generation function, allowing researchers to clearly and intuitively observe the changes in environmental parameters such as temperature and humidity during the experiment. The data is automatically saved and can be conveniently exported in tabular form at any time. The operating status, fault status, and other key events of the equipment are also recorded synchronously, facilitating data traceability and analysis for researchers, providing strong data support for the smooth progress of scientific research projects.
Intelligent Safety Protection SystemScientific equipment is often valuable, and experiments cannot be interrupted. The automatic safety protection system equipped with Gice's precision temperature control equipment has an automatic fault protection program to ensure that the equipment operates stably around the clock. Once the equipment malfunctions, real-time audio-visual alarms will quickly alert researchers, and remote assistance is available for troubleshooting, minimizing the negative impact of equipment malfunctions on research progress.
Humanized Design, Enhancing the Scientific Research Experience
Appearance Customization and Convenient AssemblyConsidering the spatial layout and personalized needs of different scientific research venues, the equipment uses a detachable aluminum alloy frame, and large equipment can be conveniently assembled on-site. The casing uses high-quality sheet metal material, which is not only strong and durable but also beautiful and generous. The appearance color can also be customized according to customer needs to perfectly blend with the overall laboratory environment.
Quiet and Efficient OperationGice's precision temperature control equipment uses EC fans, which are more efficient, more powerful, and quieter. The refrigeration unit uses high-efficiency sound insulation materials inside, further controlling equipment noise to <45dB, creating a quiet and comfortable working atmosphere for researchers.
Currently, it possesses full-scenario non-standard customization capabilities to meet users' different environmental parameter and usage needs, such as temperature and humidity stability, cleanliness, anti-vibration, anti-magnetic, and sound insulation. It has served many global leading companies in semiconductors, communication equipment, and display panels, as well as national key laboratories, and is applied in numerous scientific research and production scenarios.
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