Medical Blister Packaging Process 

3D Printed Prototypes for Faster, Smarter Development.

Before committing to final tooling production, we can now create 3D printed prototypes of blister trays and tooling concepts to validate designs early in the process. 

This allows both our team and our partners to evaluate the packaging solution before manufacturing the final tooling, helping identify opportunities for improvement when changes are still quick and cost-effective. By testing early, you can accelerate decision-making and project timelines, while minimizing costly tooling revisions later in the process. 

Whether you are packaging a new medical device, pharmaceutical product, or specialized procedure pack, 3D printed prototypes help ensure the final blister is designed for efficient and reliable production from day one. 

1. ANALYSIS

Our process begins with a comprehensive assessment to grasp your specific needs and requirements. We dive into details such as the type and quantity of items to be packed, their sizes, and complexity. Your project is always paired with a dedicated contact who will guide you from brief to completion, ensuring an effective, transparent, and committed workflow at every stage.  

2. DESIGN  

We work on a standardized platform that allows for seamless customization to meet your specific packaging requirements and needs. Our team helps you tailor the packaging solution to your exact product and production requirements. 

Using advanced 3D scanning technology, we can quickly create precise digital models of your products and integrate them directly into our blister and tooling design process. This allows us to develop packaging solutions with greater accuracy, validate fit and functionality earlier, and reduce the risk of costly adjustments later in the project. 

3. APPROVAL OF BLISTER DESIGN

Samples, prototypes, and 3D printed blister trays can be produced to validate design feasibility before investing in final tooling. This allows both Tommy Nielsen and our partners to evaluate product fit, optimize blister geometry, and identify potential improvements early in the project, which is often the case for complex blister packaging. 

By validating designs before tooling production, we reduce the risk of costly modifications later and help ensure a smoother transition into production. Together with our 3D scanning capbailities, this enables faster development cycles, smarter design decisions, and greater confidence in your finalized blister. Once the design proposal of your blister packaging is approved, our design and tooling department begins the development of the precise machinery and tooling for your project. 

4. PRODUCTION

Within just 4-6 weeks from design approval, your blister forming / sealing tooling or blister packaging machine is ready for implementation. Thanks to thorough design validation, 3D scanning, 3D printing, and close collaboration throughout the development phase, we help ensure a smooth transition from concept to operational production.

5. TEST

Before delivery, all solutions undergo comprehensive testing and final adjustments to esnure your blister packaging solutions perform according to your specific requirements and specifications. 

We conduct Factory Acceptance Tests (FAT) to verify that your machine is constructed and operates precisely according to your specifications. Being conducted before the final installation provides you with documented proof of the machine’s functionality, quality, and reliability. 

Additionally, we provide ongoing support to maintain the efficiency and reliability of your packaging process.