CNC Machine Services
Precision Tooling & Machining — In-House & On Demand
At Die Vac Plastics, we’re more than a packaging provider. We operate a full, on-site CNC machine shop that underpins everything from prototype tooling to high-accuracy production molds and fixtures. Because we control machining in-house, we can guarantee faster turnaround, tighter tolerances, and full integration with your packaging project.
Our CNC Capabilities
We leverage state-of-the-art CNC equipment and skilled operators to deliver:
| Capability | Description / Benefits |
| High Precision Tolerances | Consistent accuracy for tight fits, mating parts, and critical geometries. |
| Multiple Materials | We machine ferrous and non ferrous materials, engineering plastics, acrylics, composites, and any other tooling materials. |
| Rapid Prototyping & Tooling | From concept to molded tools, we can machine patterns, cavity masters, and inserts. |
| Small to Medium Runs | Ideal for tooling trials, bridge production, or low-volume parts before full tooling. |
| Finishing & Post-Processing | Deburring, smoothing, polishing, chamfering, and more to prepare parts for use. |
Why Choose DieVac for CNC Machining?
- Seamless integration with packaging projects
Since we also handle design, thermoforming, vacuum forming, and sealing, your CNC tooling is fully aligned with your final packaging. No miscommunication, fewer delays. - Speed & responsiveness
With machining under the same roof, we respond faster to revisions, tooling tweaks, or urgent requests. - Quality you can trust
Every machined component passes strict inspection to ensure dimensional accuracy and functional integrity before moving to the next stage. - Cost-effective for one-offs and tooling
If you’re validating a design or making advanced packaging tools, CNC offers flexibility without massive setup costs.
Common Applications
- Mold cavity plates, cores, and inserts
- Tooling patterns for blister, clamshell, and vacuum-formed parts
- Fixtures, jigs, and mechanical components used in packaging lines
- Prototype parts to test fit/function before full tool production
- Machine replacement parts
- Any other special engineering project
How the Process Works
- Design & review
You supply CAD models or drawings; our team reviews for machinability, draft, and tolerances.
(We also offer design consultation.) - Material & tooling selection
Based on your needs, we select the ideal material (e.g. aluminum, tool steel, UHMW, acrylic) and cutting strategies. - Machining & inspection
The CNC program is optimized, cut, then inspected using high-precision metrology to verify tolerances. - Post-processing
Finishing steps are applied (deburr, polish, chamfer, etc.) and parts are cleaned, ready for next stage. - Integration or delivery
Machined components either move directly into your packaging tool or are shipped to you.
Get Started — Let’s Build Your Tooling
- Submit your CAD file or drawing
- Let us review and suggest machining strategies
- Receive a quote and lead time
- Watch us transform your concept into a high-precision tool
Ready to move your project forward? Contact us for a free consultation and quote — we’ll make sure your CNC components meets the most demanding specifications.