3D print prototype

Mechanical design and manufacturing is a continuous process of exploration and trial and error,

Sometimes we need to obtain physical products for measurement, testing, assembly, etc. Due to the fact that some products require large molds or complex CNC programs for molding, this can increase costs and lead times,

The emergence of 3D printing can effectively solve the pain points mentioned above

We can quickly print physical objects based on customers' 3D requirements without the need for molds or the purchase of large quantities of materials, and only apply a small portion of them for processing.

3D printing can also be used for product inspection and comparison. Some 3D features cannot be measured and observed in 2D drawings. By comparing 3D printed solid objects with production parts, differences can be clearly identified and problems can be discovered.

In addition, we can also conduct reverse engineering, replicate customer samples, and output 3D and 2D drawings. This greatly improves the dimensional accuracy compared to manual measurement, making the mold opening and production closer to the customer's original sample. Reduce the development time and cost of samples,

At present, the materials we can print include: wire, resin, powder, nylon, ABS，TPU， Metal stainless steel, aluminum alloy, and so on.

These products can be used for: aerospace, medical, automotive parts, automation, toys,