In high-end manufacturing, precision metrology, and other fields with stringent environmental requirements, a stable, precise, and controllable microenvironment is the cornerstone for ensuring product quality and operational efficiency. Particularly within specialized cleanrooms, it is essential to balance spatial adaptability, user‑friendly operation, and the accurate control of multi‑dimensional environmental parameters—challenges that place exceptionally high demands on the expertise and customization capabilities of environmental control systems. The Jice High‑Precision Environmental Control System, UPECS, leverages cutting‑edge technology and flexible customization to seamlessly meet these demanding application needs, providing comprehensive environmental safeguards for precision operations.

As a core product specializing in high-precision environmental control, the Jice High-Precision Environmental Control System (UPECS) is deeply rooted in cutting-edge fields such as chip semiconductors and precision optics, offering precise, end-to-end control across all scenarios—from the “room level” to the “equipment level.”

Precise control and stability are the core competitive advantages of Jice’s high‑precision environmental control system, UPECS. Breaking through the accuracy limitations of conventional environmental control equipment, this system enables fine‑grained regulation of multiple environmental parameters. Whether it’s stable control of cleanliness, temperature, and humidity, or precise management of differential pressure and noise, it can precisely meet the critical requirements of each application, eliminating the impact of environmental fluctuations on operational workflows and product quality. With a maximum temperature stability of ±0.002°C and humidity stability of ±0.1%RH, it achieves cleanliness levels as stringent as ISO Class 1 and noise levels no higher than 45 dB. Backed by such robust performance, it readily addresses the demanding needs of diverse high‑precision applications, delivering an optimal environment that is stable, clean, and minimally disruptive throughout the entire process.

In terms of customized adaptation, the Jice UPECS system demonstrates exceptional flexibility and precision. By taking into account specific requirements for internal space and operator workload in each application scenario, the system enables end-to-end non‑standard customization—covering everything from cabinet structure and airflow‑circulation design to control‑parameter tuning—ensuring alignment with real‑world operational needs. This approach not only provides ample installation and adjustment space within the enclosure but also guarantees uniformity of environmental parameters across the entire area, thereby preventing localized deviations that could compromise measurement accuracy. Equipped with a closed-loop airflow circulation system and high‑precision algorithms, coupled with CFD‑based airflow simulation and optimization, the system effectively eliminates vortices and stagnant air zones, maintaining stable environmental conditions throughout the workspace. Additionally, through localized air‑bath modules (ABM), it delivers point‑to‑point, highly precise temperature control in critical areas, further enhancing the overall accuracy of environmental regulation.

Leveraging its own manufacturing base and a full‑process R&D and production system, the UPECS platform achieves 100% automated control of critical processes, ensuring product consistency and timely delivery. It is also equipped with a comprehensive operational monitoring and safety protection system that records environmental parameters in real time, enabling early fault detection and guaranteeing long‑term, stable operation—providing round‑the‑clock, uninterrupted environmental support for precision tasks. Whether it’s multi‑person collaborative installation and commissioning or highly demanding precision operations with stringent environmental requirements, the Jice UPECS system, with its expert technology and flexible customization capabilities, elevates environmental control accuracy to new heights and addresses key pain points across diverse application scenarios.

From semiconductor chips to precision optics, and from high-end equipment integration to scientific research and experimental settings, Jice’s ultra‑precision environmental control system, UPECS, consistently places “precise stabilization and flexible adaptability” at its core, embedding environmental control capabilities that far exceed industry standards into every demanding application. Looking ahead, Jice will continue to deepen its expertise in the field of ultra‑precision environmental control, relentlessly advancing its technologies to deliver even higher‑quality products and solutions. By doing so, we aim to empower high‑end manufacturing and scientific innovation, lay a robust environmental foundation for diverse precision‑critical applications, and drive the industry toward high‑quality, sustainable growth.