PVA SOFTWARE PRODUCTION AUTOMATION SPA Software Entwicklungs GmbH serves customers worldwide with specific software programs for the industrial automation of…
Product Safety Notification Product Safety Notifications are listed on the PVA TePla America, Inc. website. Please contact customer service to get the…
Metrology Systems Group Our Wafer Metrology Systems offer unique stress/defect analysis and ion implantation monitoring for quality inspection of 300…
The PVA Industrial Furnace Systems GmbH is a subsidiary of PVA TePla AG. PVA TePla America is the North American…
History of PVA TePla America, Inc. 1998 Gasonics sold the Batch Plasma Divison (Branson/IPC) product line to Metroline Industries, Inc….
The GIGAbatch series is the latest and most advanced generation of MW batch ashers offered today and is the successor of the very popular Tepla 300 series. These are used extensively for photoresist ashing, descum, wafer cleaning, and silicon nitride etching. State-of-the-art process control in combination with microwave plasma generation are the key elements of the GIGAbatch family of products
LOW COST, RELIABLE, ROTARY VANE TYPE VACUUM PUMP OPERATES QUIETLY. PLEASE CONTACT US IF YOU ARE INTERESTED IN A 3.5…
Scanning Acoustic Microscopy Since 1984 Scanning Acoustic Microscope designed by PVA TePla Analytical System PVA TePla Analytical Systems designs and…
Microwave generated plasma is the superior plasma technology for microchip fabrication. Microwave plasma creates an etching process, which is very…
Czochralski crystal growing systems They are characterized by:Precision: Precisely manufactured drive units enable reproducible process control as well as the…
Plasma made from atmospheric air is highly oxidative. Layers of absorbed molecules, such as oil and water on metallic surfaces, are easily removed with this type of plasma technology. Plastics are oxidized at the surface. This type of treatment to plastics increases the wettability and adhesion
RF plasma is the most widely used and versatile plasma technology, and is applied to a broad spectrum of industrial and medical applications. Material surfaces that require cleaning, coating or chemical modification are immersed into the energetic environment of an RF plasma system.
