cnc routing service
precision services. finished solutions.
Precision Cutting for Plastics & Sheet Materials in Hawaii
When projects require accurate, repeatable cutting of plastics and sheet materials, Min Plastics & Supply, Inc. provides CNC routing services designed for real-world applications, from one-off custom parts to repeat production runs. Our precision plastic cutting services help you avoid delays, tight tolerances issues, and costly rework so your parts fit and perform as intended
Whether you’re fabricating components for industrial assemblies, architectural installations, signage, or custom builds, we specialize in CNC routing and plastic fabrication with clean edges and reliable turnaround right here in Hawaiʻi
Not sure if CNC routing is the right solution?
Our team reviews every project for material selection, tolerances, and application fit—so you get parts that perform as expected, without surprises.
Accurately parts, ready for your application.
What CNC Routing Helps You Solve
CNC routing is ideal when projects demand consistency, accuracy, and control that hand cutting cannot provide. Our services help customers solve challenges such as:
Complex shapes and patterns
Oversized panels and non-standard thicknesses
Repeatable parts that must align across multiple panels
Tight timelines and local installation constraints
Materials that require experience to machine correctly
We focus on how parts will perform after they leave the table — during installation, use, and long-term service.
precision - accuracy - consistency
CNC ROUTING CAPABILITIES
Our CNC routing services support both prototype and production work using industry-standard CNC routing techniques tailored for plastics:
Precision sheet cutting up to 7′ x 10′
Lettering and decorative parts routing
Cut to your template, supplied pattern, existing part
Draft angles for mold release
Edge profiling, chamfering, threading
Multi-panel alignment for large assemblies
We work from CAD files or hand sketches and apply material-specific machining techniques to deliver consistent, clean cuts, with high-quality results.
CAD 2D File Formats: .dxf, .eps, .ai, .svg, .pdf
Precision-Routed Sheets and Parts, Ready to Install
How Our CNC Routing Process Works
Materials We CNC Route
Plastics
HDPE
UHMW
ABS
PETG
Acrylic
Polycarbonate
Expanded PVC
Additional Sheet Materials
Plywood
MDF
Aluminum (non-ferrous)
Foam & rigid foam boards
Material selection and cutting strategy are matched to your application to ensure performance, durability, and clean results.
Each material is routed using industry proven methods to ensure clean and reliable results.
Expertise That Shows in Every Cut
Why Min Plastics for CNC Routing
Customers choose Min Plastics because CNC routing here is backed by material knowledge and fabrication experience, not just machine time.
Expertise in plastics and engineered sheet materials
Large-format 7′ x 10′ routing capability
Clean cuts with minimal post-processing
Local inventory and mainland sourcing options
Experience with architectural, museum, and industrial applications
With decades of fabrication experience, we understand how CNC-routed parts integrate into finished assemblies, molds, enclosures, and displays.
Precision and Clarity. Without the Guesswork.
GUIDANCE FROM START TO FINISH
From Design to Delivery
Whether you’re supplying detailed CAD files or early-stage concepts, our team works closely with you to determine the right material, routing approach, and production timeline. We support projects from initial prototype through repeat production, with a focus on accuracy, reliability, and practical fabrication.
Defined workflows and repeatable methods, built for production.
fRIENDLY, LOCAL SUPPORT
Ready to move your project forward?
If you need CNC routing for plastics or sheet materials for oversized, custom, or time-sensitive projects, our team is here to help you move forward with confidence.
We work from your drawings or existing parts and deliver accurate, repeatable results, without delays or guesswork.
No obligation. Quick review. Find Your Next Step.
