Founded in 2003, CICEL is a mechanical engineering technology supplier dedicated to the research and development and manufacturing of PVD vacuum coating equipment and UV coating equipment, providing customers with comprehensive and reasonable coating solutions.
2003
30+
70+
20000㎡
CICEL focuses on the research and development, manufacturing, and customized coating solutions of vacuum coating equipment, providing efficient and stable coating equipment and full-process supporting services for various industries.
20+ Years of Production
Produce 150 sets / Year
Experienced in R&D
40+ Patented & Certified Products
30+ Staff R&D Team
One-stop Service Solutions
Supports vacuum coating for various materials, such as plastics, acrylic, glass, ceramics, stainless steel, and metals.
Full-cycle service
Rapid response
Long-term guarantee
Explore CICEL comprehensive global business dynamics, covering the entire process from product delivery and overseas installation training to customized customer follow-up services.
Combining vacuum evaporation coating with UV curing spraying, this eco-friendly process delivers high-quality metallic finishing for plastic parts. Supported by professional vacuum coating machine, vacuum metallizing machine and PVD machine, it solves common coating defects like poor adhesion and uneven texture. Ideal for automotive, cosmetic and home appliance plastic components, it ensures durable, consistent and mass-producible surface finishing for manufacturers.
Sep, 23, 2026
CICEL successfully installed and commissioned the CCZK-ION Multi Arc Ion PVD Vacuum Coating Machine for a Polish client. Specially used for stainless steel product coating, the equipment runs stably with perfect coating results, winning high customer satisfaction.
Sep, 22, 2026
With the development of automotive manufacturing, higher requirements are placed on lamp reflector coating processes. This article introduces in-chamber silicon-oil protective film vacuum coating technology. The integrated single-chamber process avoids oxidation and contamination from traditional two-step workflows.
Sep, 09, 2026