Environmental Plastic Acrylic CNC Milling Processing
We provide high-precision CNC milling services specializing in eco-friendly plastics and acrylic (PMMA). This service is ideal for producing parts that require excellent aesthetics, light transmission, and environmental sustainability. We work with a range of certified, low-impact materials to create components with sharp details, smooth edges, and optical clarity. From prototypes to end-use products, our machining process ensures dimensional accuracy and a superior surface finish, ready for immediate application.
Our machined eco-friendly plastics and acrylic parts are versatile and used across multiple industries for both functional and decorative purposes.
Display & Signage: Light guides, point-of-sale displays, museum exhibit cases, and custom signage.
Consumer Electronics: Transparent housing for prototypes, lens covers, diffusers, and insulating components.
Medical & Life Sciences: Fluidic chambers, inspection windows, device housings, and non-toxic jigs.
Automotive & Transportation: Interior light covers, concept model parts, and indicator lenses.
Renewable Energy: Protective covers for sensors and optical components in solar and monitoring equipment.
Parameter Category | Details |
---|---|
Available Materials | Acrylic (PMMA), Polycarbonate (PC), ABS, Nylon (PA), POM (Delrin), PEEK, Recycled & Bio-based Plastics |
Primary Process | CNC Milling / CNC Machining |
Standard Tolerance | ± 0.1 mm |
High Precision Tolerance | Down to ± 0.025 mm (material dependent) |
Surface Finish (as machined) | Ra 1.6 - 3.2 μm. Can be improved with post-processing. |
Material Characteristics | Excellent optical clarity (Acrylic), high impact resistance (PC), good chemical resistance, lightweight, RoHS/REACH compliant options. |
Secondary Operations | Polishing (to optical clarity), sandblasting (matte finish), painting, screen printing, laser engraving, ultrasonic welding. |
Key Advantages | Design flexibility, fast turnaround for prototypes, no mold required, excellent for complex geometries, use of sustainable material options. |