acrylic CNC Machining custom acrylic/PMMA parts in China
We specialize in CNC machining acrylic parts using state-of-the-art CNC machines. Our team has extensive knowledge about working with different types of acrylic sheets and rods, ensuring that every part is designed and manufactured precisely according to customer specifications.
We also have multiple machines capable of handling intricate cuts, holes, engraving, molding, drilling, polishing, and more – enabling us to produce any kind of part you need from acrylic quickly and efficiently. So, our customers can be confident that they are receiving the best possible product when they choose to work with us.
CNC acrylic machining services
We provide high-quality machining acrylic service. We have years of experience machining all types of acrylic, from clear to opaque and everything in between. From intricate prototypes to large production runs of thousands of pieces, our services allow customers to get exactly what they need quickly and efficiently. Our acrylic CNC machining process involves milling, cutting, turning, and engraving to meet customers’ requirements.
CNC Milling acrylic
Acrylic CNC milling services are an efficient and cost-effective way to precisely create various products. By using CNC machines, we can quickly produce components and parts of any complexity. With the help of advanced machining technologies, high-quality acrylic products can be produced in small batches or even single pieces.
CNC turning acrylic
Acrylic Cutting
Acrylic cutting can create intricate designs and patterns. The advantage of using a laser to cut acrylic is that it produces a clean, precise cut with less waste than other methods, such as sawing or milling.
Wide selection of machining acrylic varieties
We offer a wide selection of acrylic products that are perfect for machining. Our acrylic products are high quality and durable, making them ideal for various applications.The type of perspex material and part geometry will determine the feed rate best for your project.
PMMA sheets, rods, and tubes are three of the most popular options, and each has advantages. We also can customize the design, logo, size, silk screen, and color of the plexiglass to meet your specific needs. So it’s essential to choose a right material.
Acrylic sheet
Our plexiglass sheets are available in various colors, thicknesses, and sizes. It is widely suitable for various applications such as signage, POP displays, and furniture.
Acrylic tube
We can manufacture PMMA tubes in different sizes and shapes. It is a sturdy material that can apply to many applications. We can provide you with a perspex tube style for your choice.
Acrylic rod
Plexiglass robs are ideal for machining because they are solid yet lightweight, and their smooth surface resists scratching and chipping. We can customize the plexiglass rods you need.
Finishing and Post-processing machined acrylic
After machining PMMA, it’s essential to properly post-process the material to achieve a smooth, professional surface finish. Standard surface treatment methods are polishing, sandblasting, and painting.
polishing
One of the most common methods for post-processing acrylic is polishing.
There are several advantages to polishing machined acrylics this way.
First, polishing helps to protect the material from scratches and other damage that can occur during use.
Second, it gives the material an excellent surface finish, making it more visually appealing.
Finally, polishing can help to increase the material’s resistance to UV light and other environmental factors.
sandblasting
Sandblasting is an effective way to remove machining marks and burrs.
It can create a matte finish or prepare the surface for painting.
Another advantage of sandblasting is that it can help to improve the overall dimensional accuracy of the part.
In addition, sandblasting is relatively quick and easy to do, and it can be performed on small and large parts.
As a result, it is a good option for achieving a wide range of surface finishes on machined acrylic parts.
painting
Painting is usually suitable for metals, plastics, and other materials that must be protected from the elements or have a high gloss finish.
There are many benefits to using surface finish machining painting, including:
- painting can improve the lifespan of the material being painted.
- It can protect the material from corrosion and other damage.
- It can give the material a higher gloss finish.
- painting can make the material easier to clean and maintain.
Why choose our acrylic machining services?
We’re the leading CNC acrylic machining China manufacturer and are provide our clients the best possible service. Our state-of-the-art CNC machine can mill acrylic into any shape or size you need. We have a variety of acrylic materials for you to choose from. We can laser cut acrylic sheet, machining rods and tubes.
In addition, we offer a variety of finishes to choose from, so you can get the exact look and feel you want for your project. We also provide custom acrylic machining services. Our company offers rapid prototyping and precision perspex machining services for innovative global companies. Whether you are small or large volume production, we can do it.
Finally, we are so confident in the quality of our work that we offer a 100% satisfaction guarantee on all of our services. Our team will work closely with you to meet your needs throughout the process. Contact us today for a free quote!
What is CNC acrylic machining?
CNC acrylic machining is a highly versatile manufacturing process that can create many acrylic products, from small parts to large assemblies.
Acrylic materials are one of the most popular materials for machining using CNC.
Acrylic is a lightweight, durable plastic. Therefore, we can easily mold and shape it into various products.
The machining process begins with a block of acrylic mounted on the CNC machine.
The machine then uses high-speed bits to remove material from the block, creating the desired shape.
Once the machining is complete, the finished product is polished and trimmed to create a smooth, professional finish.
Applications of acrylic parts
Machining acrylic parts have a wide range of applications in many industries.
First, machined plexiglass parts are suitable for the construction industry for everything from windows and skylights to sign faces and architectural details.
In the medical field, machined acrylic parts are applied to various applications, from prosthetics and dental implants to devices used in surgery.
And in the manufacturing sector, machined plexiglass parts are applied to produce everything from electronics to automotive parts.
Acrylic is a versatile material that can be machined to precise tolerances, making it an ideal choice for a wide range of applications.
The advantages of machining acrylic
Acrylic is a durable plastic often used in various applications, including signage, displays, and packaging.
There are several advantages to CNC machining acrylic over other methods, such as traditional milling or lathing.
First, CNC machining can produce very tight tolerances, ensuring that parts are the same size and shape.
Second, CNC machining can create complex shapes that would be difficult or impossible to create using other methods.
Finally, CNC machining can create smooth finishes on the part’s outside and inside.
As a result, CNC machined acrylic parts are exact, consistent, and have a high-quality finish.
Machining acrylic vs. 3D printing & injection molding
There are various ways to machining plastic parts and products, each with advantages and disadvantages.
Machining acrylic is a popular choice for many applications because it is relatively easy to work with and produces parts with high accuracy and detail.
However, machining can be expensive and time-consuming, particularly for large or complex parts.
3D printing is another popular option for creating plastic parts, and it offers the advantage of being very fast and flexible.
However, 3D-printed parts tend to be less accurate than those made through machining, and the quality of the finished product may not be as high.
Injection molding is another standard method for creating plastic parts, and it offers the advantage of being very efficient and cost-effective.
Just as with other plastics, it is possible to form acrylic into specific shapes.
However, injection molding requires specialized equipment and skills, and the finished product may not be as strong or durable as one made through machining or 3D printing.
Related Precision Machining plastics parts
Acrylic CNC Machining FAQs
What is CNC acrylic engraving?
CNC acrylic engraving is a process in which images or designs are etched onto acrylic surfaces.
It can be done using various methods, including laser engraving, rotary engraving, and chemical etching.
CNC perspex engraving is famous for some reasons.
First, acrylic is a versatile material that can apply to many applications.
Second, plexiglass engraving is relatively straightforward and can be done quickly and easily.
Third, acrylic engravings can be very detailed and precise, making them ideal for intricate designs.
Finally, acrylic engravings are durable and long-lasting and will not fade or wear over time.
Can you laser cut acrylic sheets?
Yes，we can cut acrylic sheets using various methods, including sawing, drilling, and grinding.
It is also possible to thermoform acrylic plates into complex shapes.
When cutting plexiglass sheets, it is essential to use sharp tools and take care to avoid chipping or cracking the material.
With its good clarity and durability, plexiglass sheets are an ideal material for many projects.
With a bit of practice, you’ll be able to cut acrylic sheets quickly and easily.
Can you machine the acrylic rod?
Yes, the acrylic rod can be machined using standard machining techniques.
However, it is vital to take care when machining acrylic rods, as the material is susceptible to stress cracking.
In addition, the acrylic rod is relatively soft and can easily be damaged by sharp tools.
For best results, use carbide-tipped cutting tools and take light cuts.
With care and attention, the acrylic rod can be successfully machined to create a variety of parts and products.
