Bitte einloggen
Sie müssen angemeldet sein, um das Matchmaking nutzen zu können.
Standverwaltung
Option auswählen
Applied Materials WEB Coating GmbH
Postfach 1209,
63748
Alzenau
Siemensstr. 100, 63755 Alzenau
Deutschland
Siemensstr. 100, 63755 Alzenau
Deutschland
Standort
Hallenplan
Geländeplan
Ansprechpartner
Hiroko Higaki
Bitte für Matchmaking einloggen
Für die Nutzung des Networking Services ist eine Registrierung und eine separate Anmeldung für das Matchmaking notwendig. Bitte melden Sie sich zunächst für das Matchmaking an.
Es kann losgehen!
Willkommen zum Matchmaking. Möchten Sie mit in Kontakt treten?
Unser Angebot
Produktkategorien
- 03 Maschinen und Ausrüstung für die Kunststoff- und Kautschukindustrie
- 03.04 Maschinen und Einrichtungen zum Veredeln, Dekorieren, Drucken und Markieren
- 03.04.001 Druckmaschinen für Kunststoff- und Gummierzeugnisse
Druckmaschinen für Kunststoff- und Gummierzeugnisse
- 03 Maschinen und Ausrüstung für die Kunststoff- und Kautschukindustrie
- 03.04 Maschinen und Einrichtungen zum Veredeln, Dekorieren, Drucken und Markieren
- 03.04.005 Beschichtungsanlagen
Beschichtungsanlagen
- 03 Maschinen und Ausrüstung für die Kunststoff- und Kautschukindustrie
- 03.04 Maschinen und Einrichtungen zum Veredeln, Dekorieren, Drucken und Markieren
- 03.04.007 Metallisieranlagen (Beschichtung im Vakuum)
Metallisieranlagen (Beschichtung im Vakuum)
Unsere Produkte
Produktkategorie: Metallisieranlagen (Beschichtung im Vakuum)
APPLIED TOPMET™ IP
Our vacuum metallizer features inline printing of both grey-scale and patterned structures on polymeric substrates and paper, eliminating a process step while at the same time enabling differentiated packaging.
- Vacuum metallizer with Inline Printing on polymeric substrates and paper
- In-situ printing of grey-scale and patterned structures (1m printing width) up to 10m/sec
- “Staggered Evaporation Boat” design improves coating uniformity
- Optimized power control for extended evaporator boat lifetime ad improved coating quality
- Substrate pre-treatment with TreatMag™ for improved layer adhesion and barrier properties
- Substrate winding with adjustable spreader roller and options for edge control and oscillating rewinder
- Vacuum metallizer with Inline Printing on polymeric substrates and paper
- In-situ printing of grey-scale and patterned structures (1m printing width) up to 10m/sec
- “Staggered Evaporation Boat” design improves coating uniformity
- Optimized power control for extended evaporator boat lifetime ad improved coating quality
- Substrate pre-treatment with TreatMag™ for improved layer adhesion and barrier properties
- Substrate winding with adjustable spreader roller and options for edge control and oscillating rewinder
Zielprodukte
Folie/Platte,
bedruckt/dekoriert,
flexibel/elastisch
Produktkategorie: Metallisieranlagen (Beschichtung im Vakuum)
APPLIED SMARTWEB™
Roll-to-roll sputter coating system for flexible electronics and optical multilayers
- Complete scalability from R&D to production
- Web widths from 400mm (SmartWeb SL) to 1400mm (SmartWeb XL)
- 3 (SmartWeb SL) to 12 (SmartWeb XL) deposition sources in a single pass
- Planar and rotary cathodes, DC and AC processes
-Superior coating quality
- In-line metrology
- Rapid loading and unloading of substrate rolls
- Low cost of ownership
- Complete scalability from R&D to production
- Web widths from 400mm (SmartWeb SL) to 1400mm (SmartWeb XL)
- 3 (SmartWeb SL) to 12 (SmartWeb XL) deposition sources in a single pass
- Planar and rotary cathodes, DC and AC processes
-Superior coating quality
- In-line metrology
- Rapid loading and unloading of substrate rolls
- Low cost of ownership
Anwendungen
Elektronik,
Funktionsteile
Zielprodukte
Folie/Platte,
Komplexe Geometrie,
bedruckt/dekoriert,
flexibel/elastisch
Produktkategorie: Metallisieranlagen (Beschichtung im Vakuum)
APPLIED SMARTWEB™ WF
Field proven roll-to-roll sputter systems for window films on vehicles and buildings
- IR reflection coatings with high transmittance in the visible spectrum on flexible substrates
- Improves product quality with thickness non-uniformity less than ±1.5%
- Increases production efficiency. Established, stable process result in high yield
- Lowers costs per m, providing high throughput with high yield
- Reduces waste of expensive substrates by in-line scanning optical measurement
- For sputter coated window films for automotive glass applications, multi-layer stacks of oxides and metals reduce the heat load from the sun.
- IR reflection coatings with high transmittance in the visible spectrum on flexible substrates
- Improves product quality with thickness non-uniformity less than ±1.5%
- Increases production efficiency. Established, stable process result in high yield
- Lowers costs per m, providing high throughput with high yield
- Reduces waste of expensive substrates by in-line scanning optical measurement
- For sputter coated window films for automotive glass applications, multi-layer stacks of oxides and metals reduce the heat load from the sun.
Anwendungen
Türen/Fenster,
Verscheibungen
Zielprodukte
Folie/Platte,
transparent,
bedruckt/dekoriert,
flexibel/elastisch
Produktkategorie: Metallisieranlagen (Beschichtung im Vakuum)
APPLIED TOPBEAM™ 1100
Electron beam evaporation system for security application
Based on more than 35 years of experience with electron beam web coating and sputtering web coating, the TopBeam™ 1100S system combines the advantages of both process worlds:
- Electron beam evaporation offers the highest coating speed of all vacuum coating processes. Compared to sputtering, the coating speed for oxides can be a factor of 100 to several thousand times higher. For high coating thickness uniformity a closed-loop inline control system both in transverse and machine direction is mandatory. This requirement is fulfilled with ESCOSYS™ in combination with the appropriate in-line measurement system. With electron beam evaporation a wide variety of different metals and oxides can be evaporated. For materials specified in the TopBeam™ system, type and shape of the respective evaporation crucibles are optimized.
- Sputtering processes offer an even higher variety of different coating materials than electron beam evaporation, and for metallic sputtering processes the transverse coating thickness uniformity is more or less inherent.
The TopBeam™ 1100S system is the optimum solution for layer stacks consisting of thick oxide layers and thin metal layers. The coating speeds for the single layers can be fitted to each other and both layers can be produced with single-pass coating. For other cases, or for more complex layer stacks, the reversible winding system can be used.
Based on more than 35 years of experience with electron beam web coating and sputtering web coating, the TopBeam™ 1100S system combines the advantages of both process worlds:
- Electron beam evaporation offers the highest coating speed of all vacuum coating processes. Compared to sputtering, the coating speed for oxides can be a factor of 100 to several thousand times higher. For high coating thickness uniformity a closed-loop inline control system both in transverse and machine direction is mandatory. This requirement is fulfilled with ESCOSYS™ in combination with the appropriate in-line measurement system. With electron beam evaporation a wide variety of different metals and oxides can be evaporated. For materials specified in the TopBeam™ system, type and shape of the respective evaporation crucibles are optimized.
- Sputtering processes offer an even higher variety of different coating materials than electron beam evaporation, and for metallic sputtering processes the transverse coating thickness uniformity is more or less inherent.
The TopBeam™ 1100S system is the optimum solution for layer stacks consisting of thick oxide layers and thin metal layers. The coating speeds for the single layers can be fitted to each other and both layers can be produced with single-pass coating. For other cases, or for more complex layer stacks, the reversible winding system can be used.
Anwendungen
Funktionsteile
Zielprodukte
Komplexe Geometrie,
glänzend,
fest
Über uns
Firmenporträt
Applied Materials is the leader in materials engineering solutions used to produce virtually every new chip and advanced display in the world. Our expertise in modifying materials at atomic levels and on an industrial scale enables customers to transform possibilities into reality. Our innovations make possible™ the technology shaping the future.