Custom ABS Prototype Parts & Production Services

Prototype lead times depend on part complexity and tooling requirements. For most projects, we can produce CNC-milled wood master patterns in just a few weeks, with prototype parts following shortly after the pattern is mounted. Simple geometries may be completed faster, while complex designs with intricate details require additional machining time. Once you approve prototypes, we can transition to production tooling and manufacturing. Our streamlined process and in-house capabilities help minimize waiting periods compared to outsourced workflows.

Our engineering team evaluates multiple factors to recommend the optimal ABS formulation: impact resistance requirements, expected temperature exposure, UV resistance needs, chemical exposure, dimensional stability requirements, and aesthetic considerations like color or surface finish. We assess whether standard ABS, high-temperature ABS, UV-resistant ASA/ABS blends, or decorative foil-laminated materials best suit your application. Cost considerations and regulatory requirements for industries like medical or aerospace also influence material selection. We provide technical data sheets and can produce test samples in different materials for direct comparison.

Yes, design flexibility is a key advantage of our prototyping approach. We create master patterns from CNC-milled wood or polyurethane specifically because these materials allow easy modifications during the development phase. If functional testing or design reviews reveal needed changes, we can adjust the wood pattern quickly and cost-effectively before committing to production aluminum tooling. This iterative process ensures your design is fully validated and optimized before investing in permanent molds. Our SolidWorks capabilities also facilitate rapid design revisions and visualization of proposed changes.

We support the full production spectrum from small prototype batches to high-volume manufacturing runs of thousands of parts. Our eight thermoforming machines ranging from 2'x3' to 5'x9' provide flexibility for different part sizes and quantities. For high-volume production, our 4'x7' rotary thermoforming machine delivers cycle times 2.5 times faster than standard equipment, significantly reducing per-part costs on large orders. The 20,000+ square foot facility and experienced staff enable us to scale production efficiently while maintaining quality control. Whether you need 10 prototypes or 10,000 production units, we have the capacity and expertise.

Our in-house fabrication capabilities include CNC trimming to exact specifications, precision drilling and hole preparation, heat bending for complex forms, bonding and assembly operations, threaded insert installation for fastener attachment, riveting, edge finishing and deburring, and custom fixture-based operations. These value-added services transform thermoformed blanks into finished, assembly-ready components. By consolidating multiple operations under one roof, we reduce lead times, maintain tighter quality control, and simplify your supply chain. Our two 5'x10' CNC trimming centers ensure dimensional accuracy for even the most intricate trim patterns.

Thermoforming offers significant advantages for specific applications: dramatically lower tooling costs (wood or aluminum molds versus expensive steel injection molds), faster tooling production timelines, greater flexibility for design changes during development, cost-effectiveness for larger parts where injection mold size would be prohibitive, and economic viability for low-to-medium production volumes. While injection molding excels at very high volumes and complex geometries with tight tolerances, thermoforming is ideal for enclosures, covers, trays, panels, and medium-sized production runs where tooling investment must be minimized. Our engineering team can assess which process best fits your part geometry, volume requirements, and budget constraints.

Our quality control system monitors production at every stage. During thermoforming, we verify material heating temperatures, vacuum pressure, and cycle timing to ensure consistent forming. CNC trimming operations use programmed tool paths that guarantee dimensional repeatability part-after-part. We inspect parts against drawing specifications using precision measuring tools, checking critical dimensions, hole locations, and edge quality. Visual inspections catch surface defects or cosmetic issues. For production runs, we implement first-article inspections and periodic in-process checks. Our 45 years of experience and staff with 20+ year tenures provide the expertise to identify and resolve quality issues before they affect your parts.

Absolutely. Our sales and engineering team specializes in helping customers optimize designs for thermoforming processes. We review your concept or existing CAD files to identify potential manufacturing challenges, recommend design modifications that improve formability and reduce costs, suggest appropriate draft angles and corner radii, advise on material selection based on functional requirements, and develop tooling strategies that balance prototype flexibility with production efficiency. Using SolidWorks, we can create 3D models and visualizations to illustrate design options. Our goal is to take your product requirements and deliver a turnkey solution with proper tooling design and material selection, leveraging our decades of thermoforming expertise.