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Jicai (Nanjing) Technology Co., Ltd.: milli-K level high-precision environmental control solutions, leading the future of high-end environmental control

Jicai (Nanjing) Technology Co., Ltd.: milli-K level high-precision environmental control solutions, leading the future of high-end environmental control

Jicai (Nanjing) Technology Co., Ltd., with its leading technology, excellent products, and comprehensive services, is leading the development trend of milli-K-level high-precision environmental control chamber solutions. It provides solid environmental protection for the development of high-end fields such as semiconductors, optics, and quantum computing, and will surely occupy an important position in the future market and create even more brilliant achievements.

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2025

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Key Applications of Precision Water-Cooled Chiller Units in the Semiconductor Field: Full-Process Temperature Control Solutions from Etching to Testing

Key Applications of Precision Water-Cooled Chiller Units in the Semiconductor Field: Full-Process Temperature Control Solutions from Etching to Testing

Precision water-cooled chiller units have been upgraded from "auxiliary equipment" to "core process equipment". Products from Extreme Measurement (Nanjing) Technology Co., Ltd., with their millikelvin-level temperature control, full-process adaptability, and high reliability, are helping domestic wafer fabs, packaging and testing plants, and R&D institutions overcome temperature-sensitive process challenges. For the semiconductor industry, choosing temperature control equipment that can precisely match the needs of all scenarios such as etching, deposition, wafer growth, and chip testing is not only key to improving yield, but also an important part of building technological barriers in the global semiconductor competition.

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2025

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Precision Water-cooled Chilled Water Unit: In-depth Analysis of Millikelvin (mK) Level Temperature Control Solution - Extreme Test (Nanjing)

Precision Water-cooled Chilled Water Unit: In-depth Analysis of Millikelvin (mK) Level Temperature Control Solution - Extreme Test (Nanjing)

Precision water-cooled chiller units independently developed by Jice (Nanjing) Technology Co., Ltd., with milli-Kelvin (mK) level temperature control accuracy (±0.001℃), highly efficient and stable system design, and multi-scenario adaptability, have become core temperature control equipment in high-end fields such as semiconductors, medical, and optics. This article explores three major dimensions: technical principles, product features, and application scenarios, analyzing how it achieves precise temperature regulation through core technologies such as PID control, reverse Carnot cycle, and plate heat exchangers, and highlights its practical application value in precision manufacturing and scientific research, providing industry users with a reference for selecting high-performance temperature control equipment.

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2025

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High-precision chilled water unit manufacturer - Jice (Nanjing) Technology Co., Ltd.

High-precision chilled water unit manufacturer - Jice (Nanjing) Technology Co., Ltd.

Jice (Nanjing) Technology Co., Ltd. uses its self-developed temperature control technology, with the outlet temperature of the chilled water achieving a maximum accuracy of ±0.002℃.

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2025

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High-precision water-cooled chiller ±0.002℃, customized for semiconductor/optoelectronic/scientific research/pharmaceutical industries

High-precision water-cooled chiller ±0.002℃, customized for semiconductor/optoelectronic/scientific research/pharmaceutical industries

High-precision water-cooled chillers utilize proprietary temperature control technology, achieving an outlet water temperature accuracy of up to ±0.002℃. Taking semiconductor manufacturing equipment as an example, the chip manufacturing process is extremely sensitive to temperature fluctuations. Even minor temperature variations can affect chip performance and yield. Using proprietary temperature control technology, the outlet water temperature accuracy reaches ±0.002℃. In semiconductor manufacturing, for example, the chip manufacturing process is extremely sensitive to temperature changes; even minor fluctuations can impact chip performance and yield.

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2025

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