From idea to a part you can use

Yes. A brief description, photos, and the most important measurements are a good starting point. In particular, tell us what the part needs to do and what it needs to fit with. We will then determine what design work is required.

The price depends on the design work, size, geometry, material, quantity, and finishing. A finished printable file requires a different level of effort than an idea that first needs to be constructed. We provide a specific quote for the agreed deliverable.

Please send the file along with the desired size, quantity, and intended use. We will assess whether it is suitable for production and whether the geometry needs to be adjusted. STEP is useful for CAD work; STL and 3MF are often used for print preparation.

Often, an existing part, measurement, or assembly can be used as a reference. Wear, missing areas, and functional requirements determine how much needs to be reconstructed. An item can also be redesigned when a direct copy is not the best solution.

Start with the application: load, heat, sunlight, moisture, and contact with other substances. Also tell us whether flexibility, appearance, or wear resistance is most important. We help choose the material based on the task rather than choosing solely by color or price.

That may be the case, but the strength depends on the material, design, printing direction, and load. Wall thicknesses and joints also matter a great deal. We assess the requirements and agree on relevant testing; an attractive surface alone does not demonstrate strength.

Filament printing builds the object with melted plastic and is often used for functional parts and larger geometries. Resin printing cures liquid resin with light and may be suitable for fine details. The material's specific properties and post-processing determine what is suitable for the task.

Yes, we help with individual parts, prototypes, and series. Quantity, design, and material affect the cost. For repeat orders, it is beneficial to keep track of the approved model version and the agreed requirements.

We agree on the critical dimensions and mating surfaces. Measurement or scanning can provide reference geometry, and a prototype can be used to test the part in the actual assembly. The necessary clearance and tolerances depend on both the manufacturing process and the application.

It depends on whether the file is ready or needs to be designed and tested first. Printing time, material, quantity, and post-processing are also factors. Tell us your deadline from the outset so we can agree on a realistic delivery time.

It is agreed in the quotation. A physical part, a print file, and an editable CAD deliverable are different deliverables. Tell us in advance if you need to use the model for further development, documentation, or manufacturing elsewhere.

Scanning is useful when a physical shape is difficult to measure or when a new part needs to fit into an existing environment. A simple part can sometimes be designed more quickly from a few measurements. See our scanning examples and guide to reverse engineering.

Send a description of the function, approximate dimensions, quantity, and desired deadline. Feel free to attach photos, a sketch, or an existing file. Provide critical dimensions, load, and surroundings if you know them; otherwise, we’ll clarify them together.