Canon Marketing Japan Teams Up with VON ARDENNE
In an exciting development for the Japanese technology sector, Canon Marketing Japan Inc., led by President Masachika Adachi, has entered into an exclusive sales agreement with VON ARDENNE GmbH, a leading German manufacturer known for its cutting-edge vacuum coating equipment. This partnership will introduce VON ARDENNE's innovative vacuum coating machines and electron beam components to the Japanese market, catering to various industries including solar energy, construction, and automotive applications.
A Commitment to Sustainability
As climate change becomes a pressing global challenge, the need for innovative technologies to achieve a sustainable society grows stronger. Specifically, there is an increasing demand for improved energy conversion efficiencies in solar cells, which is critical for amplifying the penetration of renewable energies. High-performance vacuum coating technologies, such as those provided by VON ARDENNE, are pivotal in enhancing the performance of solar panels and electronic components, thus significantly reducing environmental impact.
Founded in 1991 and headquartered in Dresden, Germany, VON ARDENNE specializes in vacuum coating solutions. The company has successfully installed over 1,000 systems across more than 50 countries, demonstrating its prominent role in the industrial sector. VON ARDENNE focuses on transitioning from traditional energy sources like coal and oil to low-environmental-impact energy alternatives like solar power and hydrogen-related technologies.
Advanced Coating Technologies
VON ARDENNE's key strengths lie in its advanced coating technologies, which include electron beam evaporation and magnetron sputtering. These techniques allow for the precise control of optical, electrical, thermal, and mechanical properties, enabling the creation of multilayer films that dramatically enhance product performance across energy, mobility, and information communication sectors. Additionally, their ultra-thin film technologies are beneficial for electric vehicles and smart devices, improving battery efficiency and sensor accuracy.
Looking forward, VON ARDENNE plans to extend these innovative technologies into the semiconductor coating process, further solidifying its footprint in cutting-edge applications.
Strengthening Technical Support in Japan
Through this exclusive sales agreement, Canon Marketing Japan not only aims to provide VON ARDENNE's advanced vacuum coating machines and electron beam components but also commits to offering technical support and localized services. This move is part of Canon's broader strategy to contribute to environmental sustainability by making available technologies that streamline production while minimizing ecological footprints.
In the future, Canon plans to continue sourcing high-quality industrial equipment from both domestic and international markets. Along with importing and distributing these systems, they will also ensure comprehensive post-sale technical support and on-site services, enhancing customer satisfaction and operational efficiency.
For inquiries, customers can reach the Industrial Equipment Division at Canon Marketing Japan directly at (03)-3740-3399.
Overview of VON ARDENNE GmbH
- - Founded: 1991
- - Headquarters: Am Hahnweg 8, 01328 Dresden, Saxony, Germany
- - CEO: Pia von Ardenne
- - Employees: Approximately 1,300 (as of 2024)
- - Business Focus: Development, manufacturing, and sales of industrial equipment for coating materials such as glass, wafers, metals, and polymers.
Notable Coating Applications
- - Large Area Coatings for Building and Automotive Glass: Contributing to energy savings and environmental protection by applying thin films.
- - Thin-film Solar Cells: Addressing longevity and scalability issues in perovskite solar cells with durable and extensive coatings.
- - Transparent SiOx Barrier Layers for Food Packaging: Facilitating easier recycling and lower environmental impact compared to traditional aluminum-coated films.
- - Turbine Blade Coatings: Formulating high-performance ceramic films that withstand high combustion temperatures, essential for improving efficiency in aircraft engines and gas turbines.