Magnetron Sputter Coaters

Magnetron sputtering systems are vacuum deposition systems designed to apply high-quality metallic and dielectric coatings onto various substrates. This technology offers fast, controlled deposition at relatively low process temperatures, enabling work on heat-sensitive materials (plastics, glass, fine metals, wafers, etc.).

Key Features

• Technology: magnetron sputtering in a vacuum chamber for physical vapor deposition (PVD).
• Stable and reproducible operation, suitable for production and for research and development.
• Low heat transfer to the substrate, reducing deformations and thermal damage.
• Simple handling and accessible maintenance; possibility of automation and integration into production lines.
• Configuration options: different chamber sizes, rotary or flat supports, DC or RF power supply, and possibility of multiple targets (targets) for composite layers.

Common applications

• Decorative and protective coatings on plastic and metal components.
• Reflective and optical layers for lenses and photonic elements.
• Metallization of packaging and films for packaging.
• Functional coatings in electronics (contacts, EMI shielding, conductive layers) and solar panels.
• Laboratories and pilot plants for development of coating processes.

Commercial advantages for B2B customers

• Flexibility to adapt processes and materials to production requirements.
• Improvement of functional and aesthetic performance of parts through uniform and adherent layers.
• Scalability: equipment for prototyping, medium-scale production and high-performance lines.
• Support for process development and parameter optimization (target material, power, working pressure, deposition time).

What to request when requesting a quote

To provide an accurate offer, specify:

• Type and maximum size of the substrate (material, dimensions, shape).
• Type of coating desired (metal, dielectric, target thickness).
• Performance requirements (uniformity, deposition rate, adhesion, maximum substrate temperature).
• Production needs (output per hour/day, number of pieces per batch).
• Power supply preferences (DC, pulsed DC, RF) and whether multiple chambers or load-lock are required.

Associated services (optional)

• Installation and commissioning at the site, operator training, supply of critical spare parts and maintenance contracts.

If you need more technical information or a customized proposal, provide the parameters indicated above so we can prepare specifications and delivery times tailored to your project.