In the forefront of scientific research and development, every minute environmental variable can affect the success or failure of experiments and the direction of product development.

Jice (Nanjing) Technology Co., Ltd., a subsidiary of Nanjing Tuozhan Technology, relying on its deep technical accumulation and continuous innovation enthusiasm, has carefully created precision environmental control equipment, bringing unprecedented precision environmental control solutions to the field of scientific research and development.

The biggest highlight of Jice's precision temperature control equipment is its ability to achieve an amazing ±0.002℃ high-precision temperature control and a class 10 clean environment. In the exploration of materials science, researchers are committed to developing new superconducting materials. The properties of superconducting materials are extremely sensitive to temperature. Jice's high-precision temperature control ensures that the materials are always in a precise temperature environment during the experiment, helping researchers accurately capture the subtle moments of superconducting transition, and in-depth study of the performance changes of materials at different temperatures, providing a solid guarantee for the breakthrough of new superconducting materials.

In biomedical research, cell culture and the development of biological agents have extremely high requirements for temperature stability. The precise temperature control of Jice's precision temperature control equipment can simulate the temperature conditions of the human physiological environment, ensuring that cells are not disturbed by temperature fluctuations during the culture process and maintain a good growth state. For the storage and development of biological agents, precise temperature control can effectively extend the activity and shelf life of biological agents, laying a solid foundation for the research and development of innovative drugs and disease treatment in the biomedical field.
 

From the perspective of equipment composition, Jice's precision environmental control cabinet serves as the core carrier, integrating a series of advanced systems. The main cabinet of the equipment provides a stable physical space for internal precision components; the control system is like the "brain" of the equipment, relying on its independently developed high-precision temperature control technology, with a control output accuracy of 0.1%, precisely adjusting the refrigeration (heating) system to achieve fine-tuning of the internal temperature of the equipment. The airflow circulation system guides the airflow to circulate in a specific direction through the fan, and cooperates with the clean filter, not only making the temperature evenly distributed inside the equipment, but also achieving ultra-high cleanliness control above 100 levels, which can be better than ISO class 3 (equipment working area), providing ideal environmental conditions for scientific research experiments with demanding cleanliness requirements, such as lithography processes in semiconductor chip R&D and high-end optical instrument manufacturing.

In long-term scientific research practice, data recording and analysis are crucial. Jice's precision temperature control equipment has a powerful real-time data recording and query function. Key data such as temperature and humidity during the experiment automatically generate curves, and researchers can intuitively understand the dynamic changes of environmental parameters. Data is automatically saved and supports export in tabular form at any time. At the same time, the operating status and fault status of the equipment are also recorded synchronously, making it easy for researchers to conduct comprehensive data traceability and in-depth analysis, providing strong support for optimizing experimental schemes and improving R&D efficiency.

In addition, the design of Jice's precision temperature control equipment fully considers the actual needs of users. It adopts a detachable aluminum alloy frame, which facilitates the on-site assembly of large equipment in different scientific research venues; the high-quality sheet metal cabinet is not only strong and durable, but also can customize the appearance color according to customer needs to meet diversified usage scenarios. During operation, the equipment uses EC fans and high-efficiency sound insulation materials to achieve quiet and efficient operation, with noise below 45dB, creating a quiet and comfortable working environment for researchers. At the same time, the automatic safety protection system escorts the operation of the equipment, and the automatic fault protection program ensures all-weather worry-free operation. Once a fault occurs, real-time audio-visual alarms are issued and remote assistance is supported for fault handling, minimizing the impact of equipment failures on the progress of scientific research.

Since its launch, Jice's precision temperature control equipment has been successfully applied in many related fields, providing customers with a stable and reliable laboratory environment and professional monitoring services, and has won widespread praise. It has served many global leading enterprises in semiconductors, communication equipment, and display panels, as well as national key laboratories, and has been applied in numerous scientific research and production scenarios. At present, it has combined full-scenario non-standard customization capabilities to meet the different environmental parameters and usage needs of users, such as temperature and humidity stability, cleanliness, anti-vibration, anti-magnetic, and sound insulation.