Services
3D Printing
You already have a printable model? With our modern FDM printers, we can print the desired object, in different colours and materials.
3D Design
We can design moderately complex objects, let that be a present for someone, or a functional part.
3D Scanning
We can reconstruct broken objects, or scan middle sized ones with 0.05mm precision.
About us
I have been involved in 3D printing as a hobby for three years, and in design for one year. I mainly design and manufacture personalized decorative items and components using FDM technology 3D printers. Printing is fast, simple, and environmentally friendly, and the printed items are durable and hard-wearing.
What is FDM technology?
FDM (Fused Deposition Modeling) is the most widely used 3D printing process, used by many for hobby purposes and industrial prototype production. The principle is extremely simple: a thermoplastic filament is melted and then built up layer by layer to create the desired object.
Why do most people choose this?
This is the cheapest technology: both the machines and the raw materials are affordable. In addition, it is a clean process that does not require any chemical post-processing (unlike resin printing), and the machine can even fit on a desk.
Prices:
PLA, PETG, TPU
25 HUF / gramm
The most commonly used filament types, suitable for indoor objects and decorations.
PLA-CF, PLA-GF, PLA Advanced
75 HUF / gramm
For outdoor objects, cars, or objects exposed to high temperatures and UV radiation.
Design and Scanning
1000 HUF / hour
Designing objects based on drawings or detailed descriptions. Scanning using a 3D scanner.
Information about materials:
PLA
PLA is a biopolymer, which is produced from renewable sources such as corn starch or sugar cane. This makes it biodegradable under industrial conditions and prevents it from emitting unpleasant, toxic odors during printing.
Advantages:
- Rigidity: A hard and rigid material that ensures good shape retention.
- Easy to print: It melts at a lower temperature and has minimal shrinkage (thermal expansion), so the corners do not curl up and a heated bed is not necessary.
- Aesthetics: It can be used to produce highly detailed prints in a wide range of colors and even with special effects (silk gloss, matte, wood or metal effect).
Disadvantages and limitations:
- Flexibility: Although strong, it is not flexible. When subjected to a strong impact or tension, it breaks rather than bends.
- Low heat resistance: That's it's biggest weakness. It already melts at 50-60°C making it unsuitable for cars (in the summer), or objects exposed to long term sunlight.
PETG
PETG is essentially the same material used to make soda bottles, but it is modified with glycol to make it less brittle and easier to print with.
Main advantages:
- UV-Resistance: It tolerates direct sunlight better than PLA, making it more suitable for outdoor use.
- Heat resistance: It retains its shape at temperatures of up to 75-80 °Cmaking it suitable for use in car accessories or light fixtures.
- Mechanical toughness: It is not as rigid as PLA. It is more impact resistant and has minimal elasticity, so it tends to bend under load rather than break immediately.
- Excellent layer adhesion: The layers bond extremely strongly to each other, resulting in more durable, robust components.
- Chemical Resistance: Resistant to acids, alkalis, and water.
TPU
The main characteristic of TPU is its Shore hardness. This is a scale that shows how soft the material is. For example, 85A is like a shoe heel, while 95A-98A is like a harder skateboard wheel or a phone case.
Advantages:
- Layer adhesion: Perhaps the material with the best layer adhesion; it is almost impossible to tear along the layers.
- Flexibility and stretchability: It can withstand repeated bending without cracking or fatigue.
- Impact absorption: It dampens vibrations and shocks well.
- Abrasion resistance: It is very resistant to wear and tear, making it ideal for industrial rollers and protective covers.
PLA-CF és PLA-GF
The PLA-CF (Carbon Fiber) and PLA-GF (Glass Fiber) are composite materials in which traditional PLA is reinforced with chopped carbon fibers or glass fibers. These materials are not necessarily "stronger" (in terms of tensile strength), but they are much stiffer and more aesthetically professional.
PLA-CF (carbon fiber PLA) is the most popular choice when technical appearance and high rigidity are required, while PLA-GF is less common but an excellent alternative when durability is as important as rigidity.
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