3D Printing

We offer 3D printing services using FDM technology – a process that involves heating and extruding thermoplastic material (in the form of filament) onto the machine’s build platform. Prints are made based on: a ready 3D model (.STL, .STEP) or a model created from technical documentation provided by the client.

1. Maximum print size: 220x220x250 mm
2. Supported filaments: PLA, PETG, ABS, ABS kevlar, TPU
3. Single-color prints

Materials used in FDM 3D printing:

PLA: The most popular plastic used in 3D printing. Commonly used for prototyping, educational projects, and product visualization. Key features:

1. easy to use
2. high surface quality
3. high rigidity of printed parts
4. no shrinkage after cooling
5. not suitable for mechanical post-processing (sanding, drilling, cutting)

ABS: A plastic widely used in industry for manufacturing housings, covers, and components exposed to impact. Recommended for prints requiring higher strength and functionality. Key features:

1. high impact resistance and rigidity
2. high mechanical strength
3. easy post-processing (sanding, drilling, cutting)
4. low water absorption

ABS kevlar: A plastic based on ABS with added aramid fibers. Recommended for prints requiring greater strength than standard ABS. Key features:

1. high impact resistance and rigidity
2. high mechanical strength
3. easy post-processing (sanding, drilling, cutting)
4. very strong layer adhesion

PETG: A filament combining the advantages of ABS and PLA – easy to print, yet flexible and durable. Recommended for functional parts, tools, prototypes, and technical components. Key features:

1. easy to use
2. high surface quality
3. high impact resistance and rigidity while maintaining dimensional accuracy
4. high mechanical strength
5. easy post-processing (sanding, drilling, cutting)

TPU: A flexible filament used for protective parts and shock-absorbing components. Available in different Shore hardness levels, allowing you to choose the desired flexibility.