Home
About
Company Profile
JICE Team
Delivery Capabilities
After-sales Service
Products
Ultra-Precision Environmental Control Equipment
Ultra-Precision Cooling Water Chiller
Ultra-Precision Gas Temperature Control Machine
Solution
Blogs
Company News
Industry News
Contact Us
Contact Details
Enquire Now
中文版
English
Can’t reproduce the data, and the drift persists after power‑on? UPECS from Jice ensures the repeatability and signal‑to‑noise ratio of R&D measurements.
Poor repeatability, irreproducible data, excessive noise, and power‑on drift… The JiCe UPECS delivers a verifiable environmental control solution with stability of ±0.002°C.
20
2026
/
08
Maintaining overlay accuracy and critical dimensions, Jice’s UPECS ensures yield‑driven delivery through equipment‑level precision environmental control.
Variations in overlay accuracy, CD, yield, and image quality often stem from environmental factors. The UPECS system delivers equipment‑level precision environmental control with a stability of ±0.002°C.
18
“Precision Thermal Management System”: Jice’s UPECS—Beyond Just Heat Dissipation
The Jice High-Precision Environmental Control System, UPECS, breaks through the bottleneck of high-end precision temperature control, enabling coordinated multi‑dimensional parameter regulation and boosting equipment accuracy to ±0.002°C.
13
From general thermal management to high-precision environmental control systems, how Jice redefines the environmental benchmark for high-end manufacturing.
The Jice UPECS delivers precise temperature control, enhancing environmental stability to ±0.002°C and driving the advancement of high-end manufacturing environment‑control systems.
11
The localization of precision temperature-control modules is reshaping the competitive landscape of high-end equipment.
Jice’s ultra‑high‑precision environmental control system, UPECS, breaks reliance on imported temperature‑control solutions through high‑performance, customized designs, enhancing equipment competitiveness and advancing the independent, controllable development of domestically produced high‑end equipment.
06