MATERIALS - Mark One
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MATERIALS

THE MATERIALS USED BY MARK ONE ARE ALL STRICTLY:

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The materials used by Mark One are in possession of the necessary certifications for industrial use, guaranteeing high quality standards. Mark One is able to provide a dimensional inspection service of 3D molded parts verifying that they comply with the project specifications, so that they can to be implemented directly in production.

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Mark One is always looking for new and innovative materials. Different materials are continuously tested and analyzed to find the best solution for the customers. Mark One is able to perform destructive and non-destructive tests on components made with its 3D printers.

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TECHNOPOLYMERS

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COMPOSITE FIBER-FILLED MATERIALS

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TECHNICAL MATERIALS

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FLEXIBLE MATERIALS

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SOLUBLE MATERIALS

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PROTOTYPING MATERIALS

TECHNOPOLYMERS

COMPOSITE FIBER-FILLED
MATERIALS

TECHNICAL MATERIALS

FLEXIBLE MATERIALS

SOLUBLE MATERIALS

PROTOTYPING MATERIALS

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Loaded Materials
Technical Materials
Flexible Materials
Soluble Materials
Prototyping Materials

Carbon lamination is an articulated process that requires the experience of a specialized craftsman: long, numerous processes and, as the complexity of the geometry increases, costs and times grow exponentially, making the process expensive for the
customer who is in need of small lots.

The experience gained in the Automotive sector allowed Mark One to develop a technology that, by means of 3D printing, definitively solves these critical issues.

With Mark One, companies can now produce monobloc components reducing time and costs by more than 50% compared to traditional methods, while maintaining geometric and dimensional tolerances intact.

In the picture: Component of a sub-orbital carbon fiber laminated rocket via Mark One’s patent.

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Focus on

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PATENT

CARBON

Carbon lamination is an articulated process that requires the experience of a specialized craftsman: long, numerous processes and, as the complexity of the geometry increases, costs and times grow exponentially, making the process expensive for the customer who is in need of small lots.

The experience gained in the Automotive sector allowed Mark One to develop a technology that, by means of 3D printing, definitively solves these critical issues. With Mark One, companies can now produce monobloc components reducing time and costs by more than 50% compared to traditional methods, while maintaining geometric and dimensional tolerances intact.

In the picture: Component of a sub-orbital carbon fiber laminated rocket. Fin can withstand the high mechanical stresses of a suborbital launch.

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Thanks to the high accuracy of Mark One printers, it is possible to build:

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MOULDS
For elastic-silicone components that allow small productions to be developed, while reducing costs and times compared to traditional processes.

MODELS
For lost wax casting of aluminum. This system saves 90% of the production cost.

INSTRUMENTATION
Mark One 3D printers are not only capable of producing prototypes and end-use products: they also support companies in creating tools to speed up and optimize the processes.


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