Quality Assurance

Our quality assurance is integrated into all processes to guarantee the final product you receive is built to your specifications. Our customer’s products are made by continuously monitoring the manufacturing and assembly process from beginning to end, using documented First Article Inspection, Start-up, In Process and Final Inspection Procedures. Our modern injection molding machines are configured to your project’s specifications and monitored through Realtime software, RJG monitoring sensors and Keyence camera systems to maximize quality and efficiency. The result is a process that is reliable and repeatable. We institute these rigorous standards for the medical, aerospace, automotive and consumer product industries that we serve. At Total Plastic Solutions and Tooling, we’ve instituted various processes and reports to ensure you get the quality you’ve come to expect. With Process Control, you can be assured that changes won’t be made without thorough review of the entire procedure/process.

At Total Plastic Solutions, we strive to meet our customers’ requirements by maintaining specified tolerances, and by meeting internal, external, and applicable statutory and regulatory requirements. Quality is an ongoing process involving all employees working toward the common goal of Total Quality.

We’re committed to meeting and exceeding industry standards using the most sophisticated engineering and specialty materials. We rely on rigorous manufacturing quality assurance training programs for our employees.

Our quality laboratory features a full range of measurement equipment including digital calipers and micrometers for direct electronic data entry, analysis and reporting. Laboratory equipment includes: Datacolor spectrophotometer, two touch probe CMMs, OGP Smartscope Flash 302, Tesa Visio vision system, and precision equipment for the measurement of flatness, surface texture, true position, and concentricity.

We assure uniform dimensional accuracy, structural integrity and cosmetic consistency in all finished parts and assemblies so you can depend on them to perform reliably as intended.