all 3D printing plastic CNC machining materials

Material

Discription

price

resin

Advanced precision and sleek finish, prototyping resembling injection molding.

$$$$

Nylon

High toughness, excellent Replaces functional injection molded components, excellent chemical resistance.strength, transparent.

$$$$

ABS

Commodity plastic offers enhanced mechanical and thermal properties in comparison to PLA.

$$$$

PLA

Excellent rigidity, precise resolution, cost-effective.

$$$$

PETG

Ideal for mechanical components requiring both durability and flexibility. Can be sterilized.

$$$$

TPU

A flexible material with rubber-like properties, ideal for use in tubes, grips, seals, and gaskets.

$$$$

ASA

UV stability and excellent chemical resistance make it the preferred material for outdoor applications.

$$$$

PEI

Engineering plastics are commonly used in high performance applications due to their flame retardant properties.

$$$$

custom 3D printed plastic parts

Additive manufacturing (AM) offers a highly advantageous solution for the efficient and cost-effective production of plastic components. Compared to subtractive manufacturing, plastic AM generally presents a more affordable option, while its speed and automated processes enable swift and iterative part optimization. The unique process of 3D printing plastic parts involves meticulously constructing each layer, setting it apart from subtractive CNC plastic machining. With the ability to utilize a wide range of polymer materials, 3D printing is exceptionally well-suited for various applications, such as prototyping and low volume production runs.

Custome Plastic 3D printing service

MXY is proud to offer an advanced plastic prototyping service that guarantees exceptional quality and quick turnaround times. With our global reach and diverse capabilities, we are capable of producing parts using a wide range of materials and properties, utilizing various production methods. Our expertise lies in industry-standard 3D printing processes such as FDM, SLA, SLS, and MJF, making us your one-stop solution for all your custom 3D printing projects, including rapid prototyping and industrial applications. Join forces with us today to tap into our global plastic 3D printing supply chain.

Custom plastic 3D printing

Our platform empowers designers and engineers to fabricate bespoke 3D printed plastic components for a wide range of industries such as aerospace, automotive, defense, industrial automation, machinery, manufacturing, medical devices, hardware setups, energy, and robotics. Leveraging a machine learning algorithm, we convert CAD files into cost estimates for your personalized parts, guaranteeing the feasibility of your designs prior to engaging with a manufacturing collaborator. With a diverse selection of plastic materials and technologies available on our platform, we also provide post-processing solutions for specific 3D printing techniques.

3D printed Parts Manufacturer

MXY possesses over 100 precision CNC processing machines of various kinds, including three-axis, four-axis, and five-axis machining centers, drilling and tapping centers, CNC lathes, as well as more than 20 standard machine tools like lathes, milling machines, drilling machines, and grinders. These machines have an annual processing capacity of up to one million pieces. Regarding testing equipment, our company is equipped with high-precision Hexagon CMM three-coordinate detectors, projectors, roughness meters, profilers, pneumatic measuring instruments, in addition to other general precision measuring tools and special inspection equipment to ensure that our products meet the diverse requirements of our customers, whether in sample development, trial production, or mass production phases.

FAQs

MXY offers 3D printing solutions using a range of plastic materials such as PLA, Formlabs Resins, 3D Systems Resins, ABS, Nylon, PETG, TPU, ASA, and PEI, based on the specific needs of the project.

The strength of 3D printed plastic parts can differ due to the various types of polymers available. This discrepancy is also affected by build orientation and the technology employed. To achieve optimal part strength, we advise using Markforged Onyx, PA12, PETG, and PP.

The cost of 3D printing is determined by the size and complexity of the part, as well as the type of plastic you choose. Various factors come into play, such as the specific 3D printing process, the time required for production and post-processing, and the quantity and quality of plastic filament, resin, or powder needed. With our efficient quote builder and widespread network of 3D print shops, we are able to provide competitive prices for your unique part requirements.