OEM Precision CNC Engraving Milling Transparent Acrylic Part for Fastening Parts
CNC (Computer Numerical Control) engraving is a highly effective and precise method for creating intricate designs and patterns on Acrylic/Polycarbonate surfaces. This fabrication technique leverages the capabilities of CNC machines to precisely cut, etch, or engrave detailed features onto acrylic workpieces.
Product Name: Acrylic CNC Precision Engraving
Thickness: 10mm-100mm, customized
Processing : Engraving, Folding Bending, Punching, 3D Sculpture, etc.
Material: 100% Virgin PMMA/PC/PVC
Product Description
Acrylic Precision Machining typically refers to the process of using CNC (Computer Numerical Control) Machining as the core method, combined with a series of post-processing techniques, to cut, shape, and finish acrylic sheets or blanks with high accuracy and quality. The goal is not merely to alter the material's shape, but to endow it with superior functionality, stunning visual appeal, and precise dimensional fit.
Unlike basic cutting, the core value of "Precision Machining" lies in the word "precision," emphasizing:
High Accuracy: Dimensional tolerances can reach ±0.05mm or even tighter, ensuring perfect part-to-part assembly.
High Quality: Machined surfaces are smooth, free of chips and scratches, with edges that can be made crystal clear.
Complex Forming: Capable of producing complex 2D, 3D, and irregular shapes that are difficult to achieve with traditional methods.
In summary, acrylic precision machining is that combines modern CNC technology, materials science, and artisan expertise. It transforms an ordinary plastic sheet into functional artworks that serve high-tech industries, premium brands, and everyday life, making it an indispensable manufacturing method for realizing innovative designs.
product parameters
|
Material |
100% Virgin PMMA/PC/PVC |
|
Machining crafts |
Acrylic CNC Precision Engraving |
|
Color |
Transparent, white, opal, black, red, green, blue, yellow, etc. OEM color OK |
|
Standard size |
Based on your specific drawing with customized shape/size ... |
|
Certificate |
CE, SGS, DE, and ISO 9001 |
|
Equipment |
Imported glass models (from Pilkington Glass in U. K. |
|
MOQ |
2 tons, can be mixed with colors/sizes/thickness |
|
Delivery |
10-25 days |
Advantages
product Advantages
Machining Parameters:
Use carbide-tipped tools designed for plastics. Avoid high-speed steel tools.
Spindle speeds around 10,000-20,000 RPM work well for polycarbonate.
Feed rates of 300-600 mm/min are typical.
Use low depth of cut, around 0.1-0.5 mm, to avoid chipping or cracking.
Apply a coolant or lubricant to keep the material from overheating.
Acrylic/Polycarbonate can be engraved using a variety of techniques like raster engraving, vector engraving, or partial depth engraving.
Raster engraving works well for photorealistic images and text. Vector engraving is good for crisp geometric designs.
Partial depth engraving allows creating 3D effects by varying the
engraving depth.
Climb milling is preferred over conventional milling to minimize chipping.
Product application
High-End Display and Retail:
Luxury goods display stands, cosmetic counters, museum display mounts, shopping mall signage. Requires high gloss, flawless edges, and precise structures.
Optoelectronics and Lighting:
LED light guides and diffusers: CNC can machine complex micro-structures to optimize light distribution.
Optical instrument lenses and windows: Requires extremely high dimensional accuracy and flatness.
Laboratory equipment viewing windows.
Medical Equipment:
Fluid control components (e.g., in analyzers), sight glasses, device housings and prototypes.
Industrial and Automotive:
Automotive dashboard covers, tail light lenses.
Precision instrument inspection windows, equipment guards.
Sight glasses for water treatment systems.
Architecture and Interior Design:
High-end interior partitions, decorative wall panels, custom light fixtures.
Signage and art installations for hotels and clubs.
Consumer Electronics and Prototyping:
Electronic enclosure prototypes: Used to verify designs before investing in injection molds.
Control panels for smart home devices.
COMMON PROCESSING
Drilling: Holes and openings can be created in PC boards using drilling techniques.
Bending and Forming: PC boards can be bent and formed into desired shapes using heat.
Thermoforming: Thermoforming is a process where a heated PC sheet is placed over a mold and then vacuum or pressure is applied to shape the material to match the mold contours.
CNC Milling: CNC milling machines equipped with appropriate cutting tools can be used to mill PC boards
Bonding and Joining: PC boards can be bonded or joined together using various methods
Surface Finishing: PC boards can be finished to enhance their appearance or provide specific functionalities.
Why choose us?
ABOUT MCLPANEL
Our advantage
FAQ
PC partitions are known as "transparent steel plates" due to their excellent impact resistance and are widely used in electronic device protection, home partitions, and other scenarios. With the increasing demand for personalization, customized printing has become a common processing method for PC partitions, but many people are concerned that pattern printing will weaken their impact resistance. In fact, this influence is not absolute, but depends on the comprehensive effect of printing technology, material selection, and processing details.
PC door panels are widely used in home storage, laboratory workstations, medical equipment enclosures, and other scenarios due to their impact resistance, excellent transparency, and easy cleaning properties. As the high temperature season approaches or in environments close to heat sources, whether PC door panels will release harmful substances has become a core concern for users. In fact, this issue needs to be comprehensively judged based on the heat resistance characteristics, potential risks, and product quality of PC materials, and cannot be generalized.
When it comes to protective shields made of PC material, many people immediately think of the face shields worn by medical staff. However, with advancements in material technology, these shields—characterized by high transparency and impact resistance—have evolved far beyond their original role of "blocking droplets." From frontline diagnostics to the protection of precision equipment, their new applications are increasingly evident.
In modern architecture and outdoor space design, shading facilities have become an important component that balances functionality, comfort, and aesthetics. PC sunshade has gradually become the mainstream choice in the market due to its unique material characteristics, and its core advantage lies in its ability to cleverly balance transparency and shading effect, accurately matching the usage needs of different scenarios.