About Vi-FA

The origin of the brand name and concept "Vi-FA" is a combination of the words "Victory" and "Factory (a workshop that makes anything)."
Our concept is to make RC (radio controlled) more fun.
Through Vi-FA products, we hope to make your radio-controlled car life even more fulfilling.

About our products <br>We mainly offer parts printed using FDM (Fused Deposition Modeling) and FFF (Fused Filament Fabrication) 3D printers. In the future, we plan to offer CNC machined parts made of carbon and aluminum, as well as products printed using industrial 3D printers.
The materials we use are selected to best suit their characteristics and applications.

Material types and characteristics
PLA
While it is hard and easy to print, it has low heat resistance and is prone to cracking, so we use an original PLA-based material with a modifier added. Improved PLA has 20 times the toughness of regular PLA.

PETG
It is a softer material that is less likely to crack than PLA, and has better heat resistance than PLA. It has a high viscosity and coefficient of friction, so printing with it requires skill.

ABS
It is an excellent material with high heat resistance and mechanical strength. High temperatures are required for printing, and measures to prevent shrinkage after printing are also important. If printing is not done under appropriate conditions, the strength will decrease significantly, making it a difficult material to print on.

ASA
This material has excellent weather resistance and is suitable for environments exposed to direct sunlight, wind and rain. It has properties similar to ABS.

PA12 (nylon)
This material combines flexibility and high heat resistance, making it less likely to break and suitable for areas where a little softness is required.

TPU
It is a thermoplastic polyurethane, which is ideal for applications requiring shock absorption such as front bumpers. It is flexible like rubber and quickly returns to its original shape.

PC (Polycarbonate)
It is an excellent material with properties far superior to ABS.

For CNC processing, we also use dry carbon and duralumin, choosing the most suitable material for each product.