We are proud to work with a team of some of the brightest, most experienced and dedicated engineers in the field of PVD and PeCVD equipment and process development. This, in combination with a solid application knowledge, allows us to provide customers tailored solutions for their applications in cutting and forming tool related industries as well as industries manufacturing automotive-, high precision- and deco-components.
KRAFTONWEG OY are combining research and experimental production. We are focused on developing new functional metal coatings and new methods of their deposition, including the development of coating materials which meet specific customer’s requirements.
Our new technology utilizes all three components of plasma flow at the same time: droplets, vapour and plasma itself, so that the deposition rate reaches as high as 1-5 microns per minute.
Series of coatings based on Ta, Nb, Zr, Ti-6Al-4V and TiCu have been obtained and tested. Particularly α-βTa and Ta -based coatings are formed with hardness of 200-800 HV in about 100 microns thick.
The technology is applicable for obtaining various material structures from continuous/solid ones up to really gradient and multi-layered coatings including intermetallic, as well as for evaporating nearly every metal and its combinations.
Coatings from 20 to 150 microns in thickness. Detached films of 20-300 microns.
1. Coating of machinery components, also including cases when coating
itself is subjected to mechanical loads.
2. Coating on external surfaces.
3. Extra corrosion resistant Zr, ZrTa coatings (20-150microns) on sheet metal for further
production of reactors, fittings, tubing with coated internal surface, heat
exchangers, etc. for chemical industry equipment.
4. Manufacturing of detached film of certain composition.
5. Possibility to put coatings on ceramic materials.
More information on our website: http://www.kraftonweg.com
Teer Coatings Ltd. (TCL) is part of the Miba group and specialises in developing individual coating solutions for components and is also a leader in the building of coating machines. We are experts in Physical Vapour Deposition (PVD) coatings and have one of the world’s most comprehensive coatings portfolios.
For more than 20 years, we’ve delivered customized, cutting-edge PVD coating equipment that caters to your specific needs. Our Richmond PVD coating center is the first professional PVD coating job shop in the Pacific Northwest region.
Mark Bernick founded Angstrom Sciences, Inc. in 1988 to supply advanced magnetrons and refined materials for plasma vapor deposition of high quality thin films. With a strong focus on research and development, the company soon patented several technical advancements in magnetics, water-cooling, and circular magnetron target clamping designs. The features of the Angstrom Advantage™ have created the most advanced and easy-to-use magnetrons in the thin film industry.
Isoflux has continued to build specific knowledge of a variety of coating materials to service not just the biomedical market (including neurovascular, cardiovascular and orthopedic products), but also a variety of industries with unique, affordable coating solutions. We have increased our offerings from coating equipment design and sale, to custom coating development, to now offering contract coating and manufacturing services.
The choice of the world’s leading manufacturers, Vapor Tech deposition systems produce premier finishes that enhance and differentiate products such as home hardware, medical instruments, industrial machinery, consumer electronics, and more.
It is the focus of our company to provide our customers with the latest in coating service and equipment technology. This commitment to advancing the way our industry operates has helped us develop a reputation as being unsurpassed in quality and value.
YTI takes great pride in customizing existing vacuum coating equipment to perform new coating and technology processes.
YTI has customized many bell jars, box coaters, and thermal evaporation systems resulting in lower startup costs, yet yielding a higher throughput and a superior product. We achieve superior performance because we work closely with our customers to ensure design integrity as the system is being constructed or modified.
Our custom vacuum systems are available in bell jars, box coaters, load-lock, in-line, and batch. A variety of sources can be installed, such as electron beam sources, thermal sources, ion sources, and magnetron or diode cathodes (RF or DC).
Thierry has extensive experience in working with Plasma Technology. These technologies include but are not limited to:
- Low Pressure Plasma Production Units
- Low Pressure Entry Level and Research Systems
- Atmospheric Plasma Systems
- Automated Plasma Systems to be used in streamline manufacturing
ULVAC Technologies, Inc. ULVAC Technologies, Inc. (ISO 9001:2008), (C-TPAT), (ITAR) was established in 1992 as the US subsidiary of ULVAC, Inc. Headquartered in Methuen, Massachusetts, ULVAC Technologies provides Sales and Services to all countries in Western Hemisphere.
AJA International ATC-B Series Batch Coating Systems are custom engineered sputtering and evaporation systems built to handle smaller production runs of multiple substrates. Cylindrical or box style chambers are employed depending on the specific requirement.
We offer engineered and performance coatings to increase the life and performance of critical equipment & processes. Our 162,000 square foot campus is dedicated to quality. Our facilities contain automatics and manual lines that can handle small medical parts or large parts up to 40,000 pounds. Our coatings address: wear resistance, anti-galling, dry lubrication, corrosion resistance, grip, release, hardness, shielding, NSF, cytotoxicity, bio burden, electrical, low coefficient of friction, & others. Techmetals is unique in its ability to offer Research and Development capabilities.
Custom-designed PVD machines created by Angstrom Engineering offer a wide variety of applications for thin film deposition technology, including everything from renewable energy, organic electronics, and flat panel displays, to magnetic storage, decorative coatings, photonics, spintronics, quantum dots, and various optical and tribological applications.