TRUPLASMA DC SERIES 3000

Simple system integration Variable line voltage V to V and different data interfaces. TruPlasma DC G2. With the easy-to-use TruControl Power programming software, you can control Metallization A PVD process is used to apply a paper-thin metal layer to various materials in order to provide them with the best possible optical and electrical properties. Output power of 20 kW to kW, so use as a replacement for larger generators is also possible. Architectural glass The large area coating of architectural glass in a direct current sputtering process places particularly high demands on the process power supply.

The user-friendly, multilingual PVD Power software offers you numerous operation, configuration and diagnosis options for optimising process quality and effective error correction: With its broad power spectrum and fast arc recognition, the TruPlasma DC Series direct current generators ensure defect-free surfaces and high coating rates — even in particularly demanding direct current sputtering processes with critical materials. Simple system integration Even in existing systems thanks to different data interfaces. A power supply that has been optimally adapted to the process parameters enables the deposition of absolutely homogeneous, defect-free layers. As a low-cost alternative to pulsed DC generators they also offer a significantly higher production yield. Open the catalog to page 2. Water cooling for longer system runtimes TruPlasma DC Series G2 direct current generators have their own complete water cooling system.

The user-friendly, multilingual PVD Power software offers you numerous operation, configuration and diagnosis options for optimising process seeries and effective error correction: Simple system integration Even in existing systems thanks to different data interfaces.

The highest efficiency for your processes. With their fast arc management and low residual energy, TruPlasma DC Series direct current generators are the right choice for coating using direct current sputtering.

TruPlasma DC Series 3000

PVD Power The user-friendly, multilingual PVD Power software offers you numerous operation, configuration, and diagnosis options for optimizing process quality and effective error correction: High power density Very compact design inch plug-in unit results in simple truplasja, even for larger power levels.

High productivity, even with critical materials High coating rates are achieved, even with materials that are critical for direct current sputtering. The DC generators provide a dd of power for a small amount of space. The serles of functional coatings using DC magnetron sputtering provides workpieces that undergo a lot of use with increased surface hardness and static friction, as well as better thermal and chemical stability.

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As a result of their fast arc management and low residual energy, TruPlasma DC Series generators are the right choice for coatings using DC sputtering. Complete water cooling Enables long system runtimes and reduces maintenance. They easily handle even demanding processes and thus enable the application of very thin and absolutely homogeneous coats.

TruPlasma DC Series 3000 (G2)

Equipped for every possibility. TruPlasma Serues Series direct current generators offer the ideal conditions for high-quality coating results. Direct current generators are designed to withstand harsh industrial uses and enable long runtimes without malfunctioning or requiring maintenance downtime. Thanks to their air cooling, they are especially compact and can thus easily be integrated into any system.

Thin film solar cells, microchips, flat screens – very different coating processes that require a high-frequency process power supply. Please get in trplasma with your local contact person to find out whether the product is available in your country. Open the catalog to page 9.

Day after day for more than ninety years, we have considered how we can supply energy to your production processes even faster, safer and more sustainably.

High coating rates are achieved, even with materials that are critical for direct current sputtering. This product range and information may vary depending on the country.

TruPlasma DC Series | TRUMPF

Output power of 20 kW to kW, so use as a replacement for larger generators is also possible. A power supply that has been optimally adapted to the process parameters enables the deposition of absolutely homogeneous, defect-free layers.

Open the catalog to page 2.

Because of its extremely compact design you can integrate the water-cooled DC generators very easily into your current application. Water cooling for longer system runtimes TruPlasma DC Cd G2 direct current generators have their own complete water cooling system. Information on deactivating cookies and data protection Ok. Photovoltaic cell production In order to influence their electrical properties, photovoltaic cells, flat screens and touchscreens are coated with electrically conductive materials TCO.

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Surface treatment plasma source – TruPlasma DC series – TRUMPF Hüttinger

A PVD process is used to apply a paper-thin metal layer to various materials in order to provide them with the best possible optical and electrical properties. Full control in plasma-assisted thin film deposition Structuring mm silicon wafers is also no problem with the TruPlasma RF Series This product range and information may truplasms depending on the country.

As a result of their air cooling, they are especially compact and can thus easily be integrated into any system. Enables sc application of very sc and absolutely homogeneous coats. Broad power spectrum From 2 kW to kW, therefore suitable for a large range of processes and applications.

The application of functional coatings using DC magnetron sputtering provides workpieces that undergo a lot of use with increased surface hardness and static friction, as well as better thermal and chemical stability. Minimal interruptions and maintenance Direct current generators are designed to withstand harsh industrial uses and enable long runtimes without malfunctioning or requiring maintenance downtime.

They are durable and less prone to failure.

Instantaneous arc recognition Enables the application of very thin and absolutely homogeneous coats. You may also find these topics interesting.

Architectural glass The large area coating of architectural sreies in a direct current sputtering process places particularly high demands on the process power supply. Broad power spectrum From 2 kW to kW, therefore suitable for a large range of processes and applications.