CarWalkerMailDon't search for parts - just imagine them.
CarWalkerMailCzas realizacji zależy od stopnia skomplikowania zlecenia. Gotowe projekty wysyłamy zazwyczaj w ciągu kilku dni roboczych. W przypadku indywidualnych projektów termin ustalany jest bezpośrednio z zamawiającym – proces ten, obejmujący fazę projektową i produkcję, może trwać od kilku dni do kilku tygodni.
Of course. One of the greatest advantages of 3D printing is that mass production is not required – creating even a single, unique piece is economically viable.
Choosing the right material is critical for the durability of components operating in demanding environments. In my projects, I use solutions tailored to specific applications:
Technical Filaments (ABS/ASA variants): All technical components are printed using materials with enhanced thermal and mechanical resistance. This ensures full resistance to high temperatures and UV radiation without the need for additional protective coatings. Although these materials are demanding in the production process, they guarantee the highest durability for exterior parts.
SLA Technology (Resin): For smaller, purely visual elements where perfect smoothness and fine detail are paramount, I utilize UV-cured resin printing technology.
PETG: For components with lower thermal requirements, I offer the option of printing with PETG. This solution combines good durability with a more affordable final price.
Certainly. If you provide a damaged component, we can perform 3D scanning or manual measurements to reverse-engineer its geometry and produce a new, reinforced 3D-printed replacement.
This allows us to supply parts that have long been unavailable on the market, prototype new solutions in days rather than months, and optimize the weight and durability of every component.
However, it is important to note that 3D printing is just one of the tools in our workshop. We analyze each project individually and select the technology that best suits the specific application:
Composites (Fiberglass/Carbon Fiber): Ideal where extreme rigidity and low weight are required for large-scale components (e.g., custom bumpers or body panels).
Milling and Subtractive Manufacturing: Used when a project requires specific metal alloys or plastics with a particular structure that cannot be achieved through printing.
Hybrid Methods: We often combine technologies, such as using 3D printing to create a high-precision master model (plug), which is then used to produce a composite mold.
With this approach, we are not limited by the constraints of a single technology. We select the production process to ensure the final product is optimized for strength, aesthetics, and cost-effectiveness.
Have more questions? Drop me an email!