Innovations in 3D Printing

Increased Design Freedom

Models printed with the SLS method are characterized by high mechanical strength and heat resistance, which makes them suitable for functional applications, not just prototypes. Since the process does not require supports, it is possible to create highly complex geometries, including parts with moving components, internal channels, or thin walls that would be difficult to achieve with other technologies.

Attention to Detail

Top Quality for All Applications

Thanks to very good layer cohesion, SLS models have almost isotropic mechanical properties - they are equally strong in all directions.

These parts are also lightweight - since they can be designed with thin walls and hollow interiors without compromising integrity. Moreover, many details can be printed simultaneously within one cycle, placing them throughout the powder volume, which makes SLS highly efficient for small-batch production.

Nylon PA 12

A basic and economical polyamide for rapid printing, combining chemical resistance with satisfactory strength. Available in graphite grey and white, with the option of dyeing.

Nylon PA 12 Tough

A stronger and more durable version of PA 12, intended for parts requiring higher reliability and durability.



Nylon PA 11 CF

A high-strength material reinforced with carbon fiber, characterized by high stiffness and dimensional stability.



TPU

An elastomer with high elasticity and very high abrasion resistance, used in the production of parts intended for vibration damping and sealing.

Innovations in 3D Printing

Accelerated Production and Application Versatility

The FDM technology enables fast production of prototypes and end-use parts, often within a few hours, significantly shortening the time required for design and testing of new solutions.



The variety of materials allows not only for selecting proper mechanical and thermal properties but also aesthetic features such as color, gloss, or transparency.

Materiały

Wide Range of FDM Printing Materials

FDM offers an extensive selection of materials - from easy-to-process PLA, through durable PETG and ABS, to flexible TPU and specialized technical filaments. This makes it possible to tailor the printed part to specific requirements - whether in terms of mechanics, temperature resistance, flexibility, or aesthetics.

Available materials include:

PLA

Advantages: common, biodegradable, low shrinkage, wide color range.
Disadvantages: low resistance to temperature and UV, brittleness.
Applications: prototypes, decorations, concept models.

ABS

Advantages: durable, heat-resistant, more flexible than PLA.
Disadvantages: high shrinkage, dimensional deviations, poor chemical resistance.
Applications: mechanical parts, housings, end-use parts.

PETG

Advantages: resistant to water, chemicals, and impacts.
Disadvantages: may be more flexible than desired in some applications.

Applications: containers, outdoor elements, functional parts.e

TPU

Advantages: flexible, abrasion-resistant, durable.
Disadvantages: more difficult to print, risk of imperfections.
Applications: seals, cases, flexible elements.

Nylon (PA)

Advantages: very strong, flexible, abrasion-resistant.
Disadvantages: absorbs moisture from the air, requires high nozzle temperature.
Applications: mechanical parts, gears, tools.

ASA

Advantages: UV- and heat-resistant, durable, properties similar to ABS.
Disadvantages: high shrinkage, dimensional deviations, poor chemical resistance.
Applications: outdoor-use parts.

Design Requirements

How to Prepare a design for printing?

Cechy