In the cutting-edge fields of scientific research and development, even the slightest environmental changes can significantly affect experimental results and product development quality.Nanjing Expansion Technology's subsidiary,Gice (Nanjing) Technology Co., Ltd., leveraging its deep technological accumulation and innovative spirit, has launchedthe precision environmental control cabinethas become an indispensable precision environmental control solution for numerous scientific research institutions and R&D companies, providing reliable protection for scientific research and development with its excellent "precision environmental control" capabilities.
I. Precision Environmental Control: Meeting the Rigorous Demands of Scientific Research
Gice's precision environmental control cabinets are designed to meet the complex environmental challenges in scientific research and development.Its core advantage—achieving high-precision temperature control of up to ±0.002℃, and class 10 cleanlinessplays a key role in scientific experiments. Whether it's the precise study of material thermal properties in materials science, or the strict control of cell culture and biopharmaceutical storage environments in the biomedical field, such high-precision temperature control ensures the stability of experimental conditions, reduces experimental errors caused by temperature fluctuations, and provides researchers with a reliable experimental foundation.
II. Comprehensive Environmental Control Capabilities
1.Ultra-high precision temperature and humidity control: In addition to the amazing temperature control accuracy, the internal humidity stability of the equipment can reach ±0.5%@8h. Effectively ensuring the smooth progress of pharmaceutical R&D experiments and ensuring that drug quality is not affected by environmental humidity. 2.Excellent cleanliness guarantee: For fields with extremely high cleanliness requirements, such as semiconductor R&D and optical material research, the system can achieve cleanliness control above class 100, and the internal cleanliness can be superior to ISO class 3 (equipment working area). This means that during high-precision lithography experiments, laser interferometry, etc., tiny dust particles will not interfere with the experimental results, providing a super-clean working environment for scientific research and development.
3.Stable pressure control: The internal pressure stability of the equipment can reach +/-3Pa, which is crucial in some pressure-sensitive experiments, such as high-pressure material synthesis experiments and microfluidic chip R&D. The stable pressure environment ensures the consistency and repeatability of the experimental process.
III. Intelligent Functions to Assist Scientific Research and Development
Real-time data recording and retrieval: In the course of scientific research, accurate data recording and convenient retrieval are crucial. The data automatic curve generation function of Gice's precision environmental control cabinet allows researchers to intuitively understand the trend of environmental changes during the experiment. Data is automatically saved and can be exported in tabular form at any time; at the same time, running status, fault status, and other events are synchronously recorded, allowing researchers to clearly monitor and analyze the experimental environment, providing strong support for the traceability and research of experimental data.
Intelligent safety protection: Scientific research equipment is often expensive, and the experimental process cannot be interrupted. The automatic safety protection system equipped with the precision environmental control cabinet and the automatic fault protection program ensure that the equipment runs worry-free around the clock. Once a fault occurs, real-time audio-visual alarms will remind researchers, and remote assistance can be used to troubleshoot, minimizing the impact of equipment faults on research progress.
IV. Convenient Design and Efficient Operation
Removable customized appearance: Considering the layout needs of different scientific research venues, a detachable aluminum alloy frame is used, and large equipment can be assembled on-site, conveniently and quickly. The cabinet uses high-quality sheet metal material, which is not only beautiful and generous but can also be customized in appearance color according to customer needs to blend with the overall laboratory environment.
Quiet and efficient equipment operation: Gice's precision environmental control cabinet uses EC fans, which are more efficient, powerful, and quieter. The refrigeration unit inside uses high-efficiency sound insulation materials to further reduce equipment noise to < 45dB, creating a quiet and comfortable working atmosphere for researchers.
Since its launch,it has served many global leading companies in semiconductors, communication equipment, and display panels, as well as national key laboratories, and has been applied to numerous scientific research and production scenarios. It currently possesses the ability to customize non-standard solutions across all scenarios, meeting users’ different environmental parameter and usage needs, such as temperature and humidity stability, cleanliness, anti-vibration, anti-magnetic, and sound insulation.
