JIT Semiconductor: Precision Environmental Solutions Expert for the Semiconductor Industry
Release time:
2025-04-17
Precision environmental control cabinets meet various environmental parameter and usage requirements of users, such as temperature and humidity stability, cleanliness, anti-vibration, anti-magnetic, sound insulation and other personalized needs.
A subsidiary of Nanjing Expansion Technology, Jice (Nanjing) Technology Co., Ltd., leverages its deep technological accumulation and unwavering commitment to innovation to create precision environmental control solutions for semiconductor research and production. Achieving a high-precision temperature control of ±0.002℃ and a class 10 cleanroom environment, it provides a stable operating environment for precision instruments such as lithography machines and laser interferometers. It now possesses all-scenario non-standard customization capabilities. It can meet various environmental parameters and user needs, such as temperature and humidity stability, cleanliness, anti-vibration, anti-magnetic, and sound insulation. It has served numerous leading global semiconductor, communication equipment, and display panel companies and national key laboratories, with applications in numerous scientific research and production scenarios.
Jice Precision Environmental Control Cabinet As the core carrier, it integrates a series of advanced systems. The main cabinet of the equipment provides a stable physical space for internal precision components; the control system acts as the "brain" of the equipment, using independently developed high-precision temperature control technology, with a control output accuracy of 0.1%, to precisely adjust the cooling (heating) system and achieve fine control of the internal temperature. The airflow circulation system guides airflow in a specific direction using a fan, and together with the clean filter, it not only ensures uniform temperature distribution within the equipment, but also achieves ultra-high cleanliness control exceeding class 100, up to better than ISO class 3 (equipment work area), providing ideal environmental conditions for demanding scientific research experiments, such as lithography processes in semiconductor chip R&D and high-end optical instrument manufacturing.
Data recording and analysis are crucial. Jice 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, data are automatically saved and can be exported in tabular form at any time, and the operating status and fault status of the equipment are also recorded synchronously, facilitating comprehensive data traceability and in-depth analysis by personnel, providing strong support for optimizing experimental schemes and improving R&D efficiency.
In addition, Jice precision temperature control equipment is designed with the user's actual needs in mind. It uses a detachable aluminum alloy frame for easy on-site assembly of large equipment in different research locations; the appearance color can also be customized according to customer needs to meet diverse usage scenarios. During operation, the equipment uses EC fans and high-efficiency sound insulation materials to achieve quiet and efficient operation, with noise levels below 45dB, creating a quiet and comfortable work environment for researchers. At the same time, the automatic safety protection system safeguards the equipment's operation, and the automatic fault protection program ensures worry-free operation around the clock; in the event of a fault, real-time audible and visual alarms are provided and remote assistance is available for fault handling, minimizing the impact of equipment malfunctions on research progress.
Since its launch, Jice precision temperature control equipment has been successfully applied in many related fields, providing customers with a stable and reliable R&D and production environment and earning widespread praise.
Here is the title one h1 placeholder text
More news