Sintratec All-Material Platform
Tailor manufacturing to your application
Unique and patented in the field of Selective Laser Sintering (SLS), the Sintratec All-Material Platform separates the cutting-edge Fusion Module (3D printer) from the movable Build Module (powder container). Thanks to this modularity both polymers and metals can be processed on the same system and exchanged rapidly without cross-contamination or lengthy cleaning processes.
A New Era for SLS
The Sintratec All-Material Platform is our new additive manufacturing solution. In a world first, the AMP scales from prototyping to production and enables processing of all its materials on the same production line.
All-Material Platform Modules
Modularity of our solution is a key advantage and allows you to expand your fleet and increase productivity whenever needed. It also allows you to exchange materials rapidly without cross-contamination or lengthy cleaning processes.
AMP Fusion Modules
Sintratec S3 - New
Sintratec S2
AMP Build Modules
Sintratec MCU-220 - New
Sintratec MCU-160
AMP Materials Handling Modules
Sintratec HMS
AMP Fusion Modules
Sintratec S3
The Sintratec S3 is the latest fusion module for the Sintratec All-Material Platform. Developed for around-the-clock SLS 3D printing, the S3 is a workhorse that packs a punch. Its 30-watt fiber laser fuses powder particles into precise, industrial-grade objects at unprecedented speeds.
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Powerful 30-watt fiber laser
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Three times faster laser speed
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Next-level productivity & throughput
Sintratec S2
The Sintratec S2 is the first-generation AMP Fusion Module and offers an excellent entry into the world of industrial 3D printing. Since its introduction in 2019, the Sintratec S2 has proven itself in a broad variety of industries worldwide for production, prototyping, and research.
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Precise 10-watt fiber laser
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Entry-level SLS 3D printer
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Successfully in use worldwide since 2019
Industrial-grade SLS 3D printing powders
The Sintratec materials allow you to print highly precise parts that can be used for functional prototypes as well as end-use components.
EOS PA3200 GF (PA12-GB)
The surface of the material is white and slightly granular and porous. Nylon Glassfilled(PA3200 GF) is more durable and resistant than Nylon (PA12). It gives you great freedom in your designs – allowing for both complex and inclosed volumes. The material is great for technical parts that need resistance and loads. The surface is not as accurate as polyamide 12 but it will fit the requirements of technical parts.
Formlabs PA12
Balancing strength and detail, Nylon 12 is a highly capable material for both functional prototyping and end-use production of complex assemblies and durable parts with high environmental stability.
LUVOSINT X92A-1 (TPU Rubber)
As a strong, wear-resistant and elastic substance, SLS TPU X92A-1 offers new application opportunities. Thanks to its convenient processing window and full recyclability of the powder cake, it is a natural choice for series production; tailor-made shoes and clothes, complex tube geometries or orthopaedic parts are some examples of new 3D print applications.
Nylon PA11
Nylon 11 is a high-performance, bio-based nylon material for functional prototyping and small batch production. It has better flexibility than PA12, and it's suitable for printing parts that need to bend or resist impact.
Nylon PA12
The SLS Nylon(PA12) (plastic) objects printed through FacFox are created from a fine polyamide powder, more commonly known as plastic.
Nylon PA12 Glassfilled
Glass bead-filled polyamide 12 powder with a combination of excellent rigidity and good
elongation at break. High temperature resistance, stable dimensional, toughness, insulation, good corrosion resistance
and high mechanical strength.
Industrial Solutions
With RF Solutions Enterprise 3d printer machine, materials, and services work together to deliver a seamless experience that just works. You can start a project, research and development with our materials or component. We provide alternative way and variety of materials selection for your R&D purposed.