QLS 260

xPA11 is a biocompatible nylon material that is durable and flexible, making it ideal for use in outdoor medical applications.

xPA12 QLS 820 Powder is a durable nylon plastic that can be used for a variety of applications, both prototyping and end products. Printed with Quantum Laser Sintering (QLS), it is flexible enough for hinges and springs in thin form and strong enough for structural components in thick form. Typical applications for this material are functional parts with high surface quality directly from the process, which can easily withstand high mechanical and thermal stress.

INFINAM® TPC 8008 P is an unreinforced polyester-based elastomer powder suitable for 3D printing and laser sintering. INFINAM® TPC 8008 P is a fine powder specifically designed for use in additive manufacturing processes. Our product is suitable for manufacturing of functional prototypes, manufacturing of individual units as well as serial parts. It is particularly characterized by a high toughness and softness.

Features:

- Elastomeric properties
- Dense parts without infiltration Nice surface finish
- Easy-to-process Good powder flow
- Very tight particle size distribution

The information presented resembles typical values intended for reference and comparison purposes only. Due to layer-wise construction and by variation of processing conditions the actual properties of components from additive processes will vary. Due to process-related deviations the user is responsible to ensure the characteristic values required for the respective use and to carry out additional application-related tests if necessary.

Nexa3D® PA11 Black (sPro11B) -biological-based powder for durable parts with exceptionally high toughness.

Due to its high impact strength, the material is particularly suitable for the production of automotive interior parts or outer fender structures. The high ductility enables the production of durable film hinges in one step.

A well-balanced mechanical property profile makes this material a sustainable alternative to PA12 for functional prototypes, spare parts on demand, and individualized components requiring skin contact.

Applications:

- Automotive interior parts
- Bumper components
- Film hinges
- Functional prototypes and spare parts
- Medium-weight production parts

-Color: Black

Nexa3D® PA12 White (sPro12W) (Nylon 12, White) is the preferred material in laser sintering when fast production is required.

The material produces robust, durable 3D-printed parts suitable for end-user use.

Applications：

Nylon 12 is used in diverse applications such as polyamide additives. Among these, nylon 12 is mainly used as a film packaging material in the food industry and in the form of sterilized films and pouches in pharmaceutical and medical applications. The material is also used in the form of sheets as well as sintered powder for metal coating. In the electronics industry, nylon 12 is used as an insulating material for cables, and in the automotive industry in the manufacture of oil- and gasoline-resistant hoses. In cosmetic and personal care applications, nylon 12 serves as a solidifying and opacifying agent - for example, in face and body powders and skin creams. Nylon 12 is also used in the textile industry, for example in the manufacture of sports and leisure articles, as well as in numerous other applications.

sProTPU is a special TPU material for selective 3D laser sintering (SLS) that meets strict industry quality specifications. The material impresses with its resistance, flexibility, superior tensile, abrasion, and shear strength, high elasticity and transparency, as well as oil and grease resistance. It can be used for versatile technical applications.

Applications：

- Automotive fittings
- Castors
- Sporting goods
- Drive belts
- Footwear

PA11 CF (Carbon Fiber) is a material based on biological components (castor oil), which is characterized by exceptional robustness, high ductility, and impact strength. A sustainable alternative to PA12.

A good material for laser sintering, also particularly suitable for manufacturing durable parts such as hinges.

Properties：

-High elongation before breaking-Elastic and very impact resistant
-High formability (e.g. hinges)
-High insensitivity, e.g. to chemicals, detergents, greases
-High pliability
-Can be used for skin contact applications

Bio-based PA11 powder for durable parts with exceptional toughness.

Ultrasint® PA11 is a bio-based powder material for advanced applications where toughness is important. The material's high impact strength makes it particularly suitable for the production of automotive interior parts or fender structures. The high ductility enables the production of durable film hinges in one step. A balanced mechanical property profile makes this material a sustainable alternative to PA12 for functional prototypes, spare parts on demand, and individualized components requiring skin contact.

Applications:

- Automotive interior parts
- Bumper components
- Film hinges
- Functional prototypes and spare parts
- Medium-weight series parts

-Color: natural white

Ultrasint PA6 FR is an excellent choice for design engineers and industrial user who seek to create flame resistant 3D-printed parts with superior stiffness, strength and good impact resistance for functional applications.

Ultrasint PA6 LM can be processed on most common SLS machines. Particularly, it contains an in-particle mechanical reinforcement and makes this powder suitable for industrial applications that require parts to withstand substantial mechanical stress in environments where high temperatures prevail.

Ultrasint PA6 MF (sPro6 MF) black contains a mineral reinforcement, it lends itself for applications where high stiffness and high strength are the most important requirements – a material suitable for parts with demanding mechanical property combinations

With PA6 NE (sPro6 NE) have in common that they show high modulus, high strength and excellent thermal distortion stability. These properties ensure precise feature control, very good mechanical properties and simple surface reprocessing of 3D printed parts.

Ultrasint® PP nat 01 is especially developed for the SLS process as an alternative to polyamide. It offers an excellent plasticity, high elongation, low moisture absorption and high durability. The fields of application vary widely from automotive, electrical and sports goods to health care and orthopedic products.

The PolyKetone is an eco-friendly and non-toxic engineered polymer made from carbon monoxide and olefins. PK 5000 provides the perfect balance of key mechanical properties resulting in a polymer that’s strong, tough and ductile. PolyKetone is a resilient polymer that performs well in applications where low friction and wear resistance are paramount. With very good elongation and excellent impact strength, mechanical performance remains stable through a variety of environmental conditions with little to no laser window occlusion in full-stroke builds.

Stainless steel 17/4PH is a stainless, age-hardenable and martensitic stainless steel alloy with very good mechanical properties, high wear resistance and simultaneous corrosion resistance. However, stainless steel 17/4PH achieves its properties only after heat treatment and is used in particular in industrial environments.

One of the world’s most loved metals, Stainless Steel 316L is typically used for mechanical components with high demands for corrosion resistance. This material is suitable for operation up to 842 °F (450 °C) and can be easily welded.

Titanium is one of the light metals and has a low density. At the same time, titanium scores with good corrosion and temperature resistance. The titanium alloy Ti6Al4V (Grade 5) additionally consists of 6 mass percent aluminum and 4 mass percent vanadium and is by far the most commonly used titanium alloy. Due to its very high strength, good corrosion resistance and biocompatibility, Ti6Al4V is often used in aerospace or medical applications.

M2 tool steel is a hardenable high-speed steel with a tungsten-molybdenum matrix, which scores particularly well for its high toughness. Due to its wear resistance and high hardness, it is mainly used for abrasive tools. Compared to other tool steels, M2 also scores with a comparatively high corrosion resistance.