
Polybell Services

Polybell International Co., LTD. – Leading the Future with HiPIMS Coating Technology
At Polybell International, we deliver cutting-edge High Power Impulse Magnetron Sputtering (HiPIMS) coating technology, revolutionizing the surface engineering industry. Designed with precision, our HiPIMS systems generate tens of times higher pulsing currents than traditional DC sputtering, resulting in exceptionally dense electron plasma. This breakthrough enables us to deliver non-porous, high-crystallinity films, even at lower coating temperatures, making Polybell HiPIMS technology a superior solution for demanding applications


Why Choose Polybell for HiPIMS Coating Technology?
Choosing Polybell International for your HiPIMS coating needs means selecting a partner that leads the way in advanced surface engineering. Our technology is built on precision, efficiency, and sustainability. Here’s why Polybell stands out:

Innovation at the Forefront
Polybell’s HiPIMS technology delivers groundbreaking plasma densities and ionization rates, enabling superior, high-crystallinity coatings even at lower temperatures. This innovation allows for broader substrate options and unparalleled performance in complex applications.

Exceptional Quality and Consistency
Our fully automated control systems ensure precision in every coating process, guaranteeing consistent, high-quality results across every project. You’ll benefit from coatings that deliver enhanced abrasion resistance, durability, and performance under extreme conditions.

Certified Safety and Reliability
With EU and CE certification, Polybell’s HiPIMS coating machines meet the highest safety standards. Our technology is backed by industry-leading engineering and design, so you can trust its reliability and operational safety.

Future-Proof Solutions
Polybell’s HiPIMS technology is not just a solution for today’s challenges; it’s a leap into the future of surface engineering. By choosing Polybell, you gain access to cutting-edge technology that keeps you ahead of the competition in a rapidly evolving marketplace.

Sustainability and Environmental Care
Polybell HiPIMS technology is designed to offer high-performance coatings while minimizing the environmental impact. Our systems operate with lower temperatures and without harmful byproducts, aligning your business with global sustainability efforts.



Versatile Application Range
Whether you’re in optoelectronics, energy, medical devices, or industrial tooling, Polybell’s HiPIMS technology can be tailored to meet your specific needs. Our coatings provide superior protection, functionality, and durability across various industries.


EU and CE Safety Standards
Designed to meet stringent EU and CE safety specifications, Polybell guarantees reliability and safety with our advanced coating machines.



Unmatched Plasma Density
Achieving plasma densities of 10^18–19 electrons/m^3 with an ionization rate of 70–100%, Polybell’s HiPIMS technology delivers unrivaled coating compactness and surface adhesion, ensuring longer-lasting protection for your materials.

Temperature-Sensitive Applications
Our advanced HiPIMS technology significantly lowers process temperatures, providing increased flexibility in substrate options such as PEN, PET, and other temperature-sensitive materials.

Automated Control for Precision
Polybell's HiPIMS systems offer fully automated control via IPC & PLC, ensuring accurate, consistent results with every coating application.
Features of Polybell HiPIMS Technology

Versatile Coating Deposition
Tailored to meet your specific needs, our systems accommodate a range of deposition methods, including Magnetron Sputtering, Ion Source, and HiPIMS, for various applications and surfaces.

Achieve durable, scratch-resistant surfaces in various colors, offering aesthetic appeal and functional strength.
Achieve durable, scratch-resistant surfaces in various colors, offering aesthetic appeal and functional strength.



Abrasion Resistance
Polybell HiPIMS coatings deliver high abrasion resistance, extending the lifespan of components in high-wear environments.

High-Temperature Durability
Our coatings retain their hardness under extreme operating temperatures, ensuring optimal performance even in harsh conditions.

Oxidation and Corrosion Resistance
Protect surfaces from oxidation and corrosion, ensuring longevity and reducing maintenance costs
Benefits of Polybell HiPIMS Coatings

Semiconductor & Optoelectronics
In high-tech industries, our metal coating equipment offers precision coatings that enhance the functionality and performance of semiconductor wafers and optical devices. Polybell’s coatings provide uniformity and precision, ensuring reliable operation in demanding environments.

Low Friction & Anti-Adhesion
Polybell HiPIMS reduces friction and prevents adhesion, which is ideal for machinery and tools that require precision and reliability.
Applications of Polybell’s HiPIMS Coating Technology
Polybell HiPIMS technology is engineered to serve a wide range of industries, including:

Optoelectronics & Semiconductors
Delivering superior coatings for electronic components that require precision and durability.
Energy Sector
Enhancing energy generation and storage device lifespan and efficiency.
Machining & Molds
Providing high-quality coatings that resist wear and tear, extending the life of manufacturing tools and molds.
Biomedical Applications
Offering biocompatible coatings critical in medical devices and instruments.
Micro Drill Needles and Beyond
HiPIMS technology also finds applications in producing micro-scale tools, delivering precision and performance on the smallest of scales.


Partner with us today to experience the future of HiPIMS coating technology.
Polybell International delivers coating solutions that elevate your products to new heights of performance, durability, and sustainability. Polybell International's HiPIMS technology isn’t just a step forward; it’s a leap into the future of coating solutions. Choose Polybell to stay ahead of the competition with superior coating performance, reliability, and sustainability.
