Kevo’s in house prototype finishing is capable of providing the best post-finish including assembling & form fitting, fastening & metal inserting, sanding & polishing, blasting & brushing, painting & printing. We also offer a wide array of specialty surface treatments, including laser etching, anodizing, electroplating, chroming, chemical finishing, powder coating, etc. To provide a fast emulated prototype as same as the final product to client, we support one-stop surface finishing operations for client’s convenience.

CNC Machining,Urethane/Vacuum Casting,3D Printing,Injection Molding,Sheet metal,Finishing Service.

We do not provide design services, so you will have to create a CAD file. You are responsible for submitting 2D and 3D CAD drawings, and we can then provide a Design for Manufacturing (DFM) review upon receiving your order.

A wide range of engineering plastics and metal materials can undergo processing to ensure consistent production of prototype parts as well as mass production parts. Moreover, these processes offer excellent dimensional stability, precise machining accuracy, and high repetition accuracy. When compared to 3D printing parts, CNC machined parts exhibit superior levels of accuracy, strength, surface finish, and material options.

With our state-of-the-art HASS machines imported from the United States, we have equipped ourselves with the capability to handle your customized parts efficiently. Our CNC milling machines, ranging from 3-axis to 5-axis, provide us with the flexibility to handle both simple and highly complex parts.

Vacuum casting can be used to closely simulate final injection molded parts or finished products,it’s good option for Low Volume Manufacturing/Short Production Runs. Generally, it outputs 12-15 pieces before degradation.

Urethane resins are polymers with certain properties are similar to engineering production plastics, such as ABS, PMMA, PC, PP, PA, and so on. Casting parts can be varied from transparent, translucent to colored, and from soft rubber to hard plastic.

Indeed, urethane parts can be utilized as final products for end users. While this method is commonly employed for prototyping purposes, customers often leverage it as a bridge tooling process to introduce their products to the market while production tooling is being developed. In the case of highly specialized products like medical devices, this process is employed for production due to its low initial cost, which is appealing for short production runs. The process offers production-quality appearance, and the functionality-focused urethanes developed specifically for this purpose make it an excellent choice for end use.

Rapid Tooling, also known as rapid injection molding, is an effective method for addressing the initial trial production phase before mass production. The lifespan of rapid molds typically ranges from several thousands of shots, depending on the chosen mold material (such as aluminum or soft steel) and part structure. This makes it particularly well-suited for small series or bridge production needs.