COATMASTER 510 – ERICHSEN

Introduction

The COATMASTER 510, an advanced successor of the globally recognized COATMASTER 509 MC, stands as a stellar example of compact, combined film application and testing machinery. This device, primarily controlled by a microprocessor and a step motor, delivers unparalleled precision and repeatability in film application and drying time tests, adhering to DIN 53 150 standards.

Core Features

With its capacity for highly controlled, variable application paths up to approximately 400 mm, the COATMASTER 510 facilitates a broad range of speeds from 0.1 to 100 mm/s. This flexibility allows for the creation of precisely identical samples, crucial for industries requiring consistent quality and repeatability. The inclusion of an ejector for substrate stabilization further enhances its utility across various applications.

Applications and Users

Among its users, the COATMASTER 510 finds favor in the paint and lacquer industry for R&D and quality control due to its exactness. Academic and research institutions also benefit from its capabilities, especially in the realms of photovoltaic research, medical technology, and the development of energy storage solutions. Its precision makes it particularly suitable for creating transdermal patches, semiconductor layers, and other sensitive applications.

Comprehensive Scope

With the COATMASTER 510, users receive a full set of accessories necessary for immediate operation, highlighting its readiness for a variety of tasks right out of the box.

Technical Specifications

Drive
  • Electric
Width
  • up to 230 mm
Substrate
  • Paper, Foil, Glass, stiff, flexible
Drying Times
  • 0,1 - 19,9 / 20 - 108 min/cm
Drawn Down Speed
  • 0,1 - 19,9 / 20 - 100 mm/s
Application Length
  • up to 400 mm
Test Benches / Test Trail
  • up to 7

FAQ - COATMASTER 510 – ERICHSEN

What makes the COATMASTER 510 different from its predecessor, COATMASTER 509 MC?

The COATMASTER 510 is an advanced model offering enhanced precision in film application and drying time tests through its microprocessor and step motor control, following DIN 53 150 standards. It also features a more extensive range of application speeds and paths, up to 400 mm, and includes an ejector for substrate stabilization.

Can the COATMASTER 510 handle different substrate types?

Yes, the COATMASTER 510 is versatile and can apply coatings on various substrates including paper, foil, glass, and both stiff and flexible materials, catering to a wide range of industry needs.

What are the main applications of the COATMASTER 510?

The COATMASTER 510 is widely used in the paint and lacquer industry for research and development as well as quality control. It's also favored by academic and research institutions, particularly in photovoltaic research, medical technology, and energy storage solutions development. It's especially suited for producing transdermal patches and semiconductor layers.

What speed range does the COATMASTER 510 offer for film application?

It boasts a broad speed range from 0.1 to 100 mm/s, allowing for the creation of precisely identical samples which is critical for achieving consistent quality in many industrial applications.

How does the COATMASTER 510 ensure uniform film application?

By utilizing highly controlled, variable application paths and speeds up to approximately 400 mm, along with an ejector for substrate stabilization, the COATMASTER 510 ensures uniform film application, crucial for high-quality outcomes in various industries.

What items are included with the COATMASTER 510?

The COATMASTER 510 comes with a complete set of accessories necessary for immediate operation, highlighting its readiness for a variety of tasks right out of the box. This includes components for precise film application and testing according to specific user needs.

What is the drying time range that can be tested with the COATMASTER 510?

The COATMASTER 510 can test drying times ranging from 0.1 to 19.9 minutes per centimeter and 20 to 108 minutes per centimeter, accommodating a wide spectrum of materials and applications.

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