ISO 9001 Certified CNC Machined Parts POM PE Nylon Plastic 3D Printing Services

There are millions of possible combinations that can result from using 3D printing services for making prototypes. You are free to use all kinds of materials with varying finishes and tolerances to create high-quality prototypes.

The technology is not as complicated as many make it out to be. Everything can be made quickly and delivered to the client without a need for sourcing out part of the work to third-party entities. Everything is handled in one place.

Every raw material used is the best in the market, and this ensures that the end result is of similar build and construction. Our products are made to perfection and function exactly as they are prescribed to.

The ability of our 3D printing machine to reduce accurate replicas of complex samples as many times as needed ensures that we are able to meet the clients’ needs ahead of the set deadline, allowing them more room to further plan their distribution.

You don’t have to pour all your money just to create unique prototypes. We offer cheap services for high-quality products at no extra cost. All you need to do is provide the blueprints for the products you want to be developed, and we handle the rest on your behalf.

We have a team of experienced engineers who have years of work behind them. They know exactly what they are doing and even go out of their way to offer improvements that would make your products even better.

Automotive

CNC milled plastic parts are very popular in the automotive industry, especially for automobile lighting.When making an outer lens cover, for example, a 3D printed SLA prototype only provides about 60% transparency when compared with a CNC machined PMMA prototype. Marks left by the printer can be a major problem, while SLA printing materials are not as effective as PMMA block.
Light guides are also suited to machining, since they require optical details such as prisms, teeth and other tiny shapes.

Industrial

CNC machining is widely used for small and medium-size high-strength components like pulleys, clamps and levers, which can be made from engineering plastics.
The process is particularly valuable for parts in custom machinery, where mass production using injection molding would be economically inefficient.

Electronics

CNC machining is commonly used within the electronics industry to create plastic parts for goods such as semiconductors, IoT equipment and consumer electronics.
Many electronic devices are contained within machined plastic enclosures, while CNC machining is also highly useful for the rapid prototyping of various electronic components.

Medical Devices

CNC machining is frequently used to make plastic parts for the medical industry. These include medicine dispenser components, handles for surgical tools and components for electronic medical devices.

Painting

applying a layer of paint or coating onto the plastic surface, which adheres to the plastic and forms a protective layer.

In-mold Decoration (IMD)

putting the printed film into the mold in different types to obtain a molded part with printed texture after the plastic injection molding.

Plating

immersing the plastic part into an electrolytic bath containing metal ions, and then applying an electrical current to deposit the metal onto the surface of the plastic.

Printing

printing the required patterns on the surface of plastic parts through different methods, including pad printing, screen printing, and water transfer printing.

Laser Engraving

also known as laser marking, label or mark the plastic components using a laser machine, to type of pattern on the surface of the product.