サンプリングと薄膜の開発
様々な設備と共に

当社のテクノロジー&アプリケーションセンターでは、お客様と共同で、お客様の次世代の成膜アプリケーションに取り組んでいます

多層膜構造やその機能性のシミュレーションから、ラボおよびパイロット規模のサンプル生産、成膜や基板特性の測定・評価まで、幅広いご要望にお応えします。このため、お客様の製品に適したサンプルサイズで、成膜の機能を事前にテストすることができます。

The TAC also offers you the chance to develop the product further during the time it takes to deliver the equipment. The results from the laboratory can be easily transferred to the equipment due to the similarity of the processes.

Several coating systems are available for substrates such as glass, polymer film, metal strip and silicon wafers. For basic testing, we use very flexible laboratory systems with smaller substrate formats. Thus, we are able to quickly define the appropriate parameter windows.

As a next step, we can offer pilot runs on our in-house inline systems with larger substrates. This enables us to determine the fit with your process sequences through to the product. During this process, it is also possible to carry out further investigations of the samples.

This happens in accordance with customer or DIN standards regarding stability, corrosion resistance, adhesive strength and chemical resistance.

Would you like to learn more? Then please feel free to contact us.

Servcices

単一供給源からの材料特性のサンプリングおよび品質適格性評価

顧客仕様に応じた層構成システムの開発

顧客仕様のレイヤーシステムのサンプリング

顧客と協働した層構成(レイヤーシステム)の適格性評価および量産化

業界固有の要求事項に基づく測定および試験

パイロット生産向けコーティングサービス

Applications
Equipment
HISS600
  • Focus on developing new or improving existing coating systems
  • Possibility of testing in small series and, if required, 24/7 production
  • Scalability to larger system concepts due to platform approach
Opta X
  • Processing substrates with diameters of up to 300 mm, including G12 wafers
  • Meets the highest demands in optical applications through highly pure and defect-free optical layers
  • Unique homogeneity and chemical composition of the electrical layers for optimal results in microelectronics and the semiconductor industry
Benefits

Gaining knowledge through simulation

 of layer composition & properties

Risk reduction & quicker market maturity

through industrial trials

Individual access to a variety

of coating materials & services

Optimal equipment configuration

through testing in a scalable process

Frequently Asked Questions

  1. Our goal is to provide sample coatings on standard or customer-specific substrates for testing and evaluating suitable coating solutions for a given task.
     
  2. Additionally, we can support customers by bridging the gap between placing and order and the delivery of the chosen coating solution with our pilot-coating service.
     
  3. We can create custom setups for unique needs, such as material tests or proof-of-concept studies.

We can offer a variety of PVD and related vacuum‑coating techniques, such as magnetron sputtering, cathodic‑arc evaporation, electron beam evaporation, thermal evaporation, and plasma‑assisted CVD (PACVD).

  1. We can process substrate sheets made of glass, polymer or metal, from cupon-size up to wafer-size and glass-pane-size in-house.
     
  2. Flexible substrates, such as polymer films, metal foils, or ultra-thin glass, can be processed using equipment at our partners' sites.
     
  3. 3D parts can also be coated in our batch tools with integrated sample rotation.
  1. We can process sample sizes from 50 mm × 50 mm up to 600 mm × 1200 mm without any additional preparation. The maximum processable width for flexible materials is 600 mm.
     
  2. The number of samples or materials can be discussed individually. We can arrange coating campaigns lasting from a few days up to several weeks.

Yes, the results are a valid base to make design decisions or choose the right coating solution.

We combine extensive experience, careful work and thorough documentation. All equipment data is continuously monitored and stored. These data can be evaluated and correlated to the results to ensure rapid process optimization.

  1. We can measure most of the relevant coating parameters directly at our analytical laboratory, such as thickness, optical/electrical properties, adhesion, corrosion resistance, chemical resistance, and composition (XRF).
     
  2. Further material analysis, such as photoelectron spectroscopy (XPS, UPS) or structure analysis like XRD or SEM can be performed at our partner facilities.

Depending on the test method, we can comply with common standards such as ISO, DIN, or ASTM, or follow customer‑specific specifications.

We comply with all applicable data‑security regulations and are regularly certified (see compliance). Typically, a non‑disclosure agreement (NDA) is signed to ensure confidentiality.

Please contact our sales team via sales@vonardenne.com or use the contact form. We will then discuss all the details with you.

Depending on your needs or requests, you will receive the samples, measurement results, raw data, and a final report.

Yes, of course. When delivering coating equipment, training for operators and service personnel is offered and can be conducted at VON ARDENNE or at the customer’s site.

Prior to sampling and the shipment of material, you will receive a questionnaire that addresses all relevant questions.

CLEANROOM
VA CLEANROOM
Reinraumgerechte Bemusterung & Anlagenmontage

für Präzisionsoptik, photonische Systeme & Halbleiteranwendungen

  • Fertigung von Vakuumbeschichtungsanlagen
  • Bemusterung & Pilotbeschichtung
  • 600 qm, AMC-fähiger Halbleiter-Reinraum
Insights
Media
Beyond Silicon Carbide & Gallium Nitride —on Gallium Oxide & the Case for PVD

Aalyia Shaukat of Power Electronics News interviews Guido Überreiter, VP of Semiconductor Strategy at VON ARDENNE, a German vacuum coating equipment…

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Ga₂O₃: A Promising Ultra-Wide Bandgap Material for Next-Generation Power Electronics

Gallium oxide (Ga₂O₃) — especially in its most stable β phase — is attracting strong interest as an ultra-wide bandgap (UWBG) semiconductor with the…

Transitioning Advanced Packaging from More Moore to More than Moore

For decades, the semiconductor industry has pursued a clear objective: to integrate as many functions as possible into a single system-on-chip (SoC).…

Reduce Costs & Improve Quality with proven Plasma Components

A Chinese proverb says "一根筷子容易折, 一把筷子难折断’", meaning ‘one chopstick can be easily broken while a bundle of chopsticks cannot’. If you apply this…

The most efficient way to melt refractory & reactive metals

Refractory and reactive metals have extraordinary properties such as resistance to heat, corrosion, and wear. These are extremely interesting…

VIDEO: AVS 2022 - Key Takeaways

This video provides some insights into the AVS68 International Symposium and Exhibition in Pittsburgh hosted by the American Vacuum Society. Brian…

Magnetron Sputtering: How Microelectronics Became the Driving Force in its Development

In an earlier article, you have learned how the sputtering technology began. After this technology had been physically and technically implemented by…

Magnetron Sputtering: How It Began and How VON ARDENNE Became a Technology Pioneer

What is extremely thin, almost invisible and transforms a piece of glass into a touch screen surface that is easy to clean? Or into a windshield that…

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02.09.2026 - 04.09.2026
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29.09.2026 - 01.10.2026
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20.10.2026 - 22.10.2026
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Exhibition Center

6J74

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Am Hahnweg 8
01328 Dresden
Deutschland

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