FDM (Fused Deposition Modeling) technology builds objects layer by layer by melting and extruding thermoplastic filament through a heated nozzle, creating precise, durable 3D prints.
This additive manufacturing process allows us to transform your digital designs into physical reality with excellent precision and reliability.
Below you can find a list of materials we currently offer for printing. We'll soon be introducing materials like ABS, ASA, PLA-CF, and PET-CF.
Material | Properties | Use Cases | Availability |
---|---|---|---|
PLA | Biodegradable, excellent dimensional accuracy and surface finish. Lower melting temperature makes it easy to print. Limited mechanical strength and temperature resistance. | Aesthetic prototypes, architectural models, student projects | Always available |
PETG | Combines durability with ease of printing. Excellent layer adhesion and water resistance. Higher impact strength than PLA. Good chemical resistance. | Mechanical parts, functional prototypes, durable components | Always available |
TPU | Flexible material with rubber-like properties. Excellent abrasion resistance and durability. Good chemical resistance. Maintains elasticity in low temperatures. | Flexible parts, gaskets, handles | Available upon request |
Here you can find the colors we regularly keep in stock for each material type. Other colors can be offered upon request: when submitting information for your quote, select "Other" as the color and specify your desired color in the "additional notes" section (you can also provide an external link, e.g., to Amazon, 3DJake, etc., if you need a specific color).
Here's a small selection of our most recent prints, ranging from architectural models to product engineering pieces.
Here's a list of questions we think are important for you. If you don't find the answer to your question, contact us by email and we'll solve any problem that's keeping your product from becoming reality!
Currently, we can process .stl, .stp, and .step file types.
The print volume we guarantee is 200x200x200 mm. However, it's possible to print larger files in separate printing sessions (batch printing) by dividing the file into multiple sections. You can still send us the complete file, and we'll handle the division for you.
Print time truly depends on the size of the print, the desired quality, and the material (some materials require longer deposition times than, for example, PLA). On average, printing a model with a volume of 1000cm³ can take up to 2 hours.
Our printers use the standard 0.4mm nozzle. We generally consider this diameter as the progressive unit of measurement for thickness in designs (Ltotal,wall = n * 0.4mm). We guarantee a printing precision of +/- 0.2mm.
Models with flat surfaces usually print best, as such surfaces will be used as the first support layer. If your model doesn't have flat surfaces, don't worry: we'll determine the best orientation and generate supports accordingly.
Don't let your designs remain in digital limbo! Click the button below to send a quote request now!
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