3X-PACK Three stations blistering machine

Introduction

The 3X-PACK is a semi-automatic, three-station blistering machine engineered by Dott. Bonapace & C. for high-precision packaging. Ideal for clinical trials, stability testing, and small-scale pharmaceutical production, this machine delivers reliable and efficient blister formation, sealing, coding, and cutting in a compact footprint.

Key Features and Advantages

1. Triple Station Efficiency

With three independent stations, the 3X-PACK replicates the workflow of a fully automatic line. Each station performs a different task — forming, sealing, and cutting — enabling the production of one blister per cycle with high precision.
This approach boosts productivity while keeping processes straightforward and manageable.

2. Versatile Material Compatibility

The machine supports a wide range of forming and sealing materials, making it highly adaptable:

• Forming materials: PVC, PVDC, PE, PET, PP, Duplex, Triplex, and Tropical.
• Sealing materials: Raw aluminum, Tyvek, medical paper, PE, and PET.

This flexibility allows pharmaceutical developers to choose the optimal material based on their product’s stability and regulatory needs.

3. User-Friendly Operation

The 3X-PACK is intuitive and easy to set up, thanks to:

• A touchscreen interface on the front panel, which simplifies configuration for each station.
• A recipe book to save and reuse production parameters, ensuring consistent and repeatable runs.
• Multi-level user access, which lets administrators set different rights for operators.
• USB and Ethernet connectivity, enabling data recording, remote monitoring, and integration into your existing systems.

4. Compact But Powerful Design

Though semi-automatic, the 3X-PACK packs a punch:

• Dimensions: 870 × 750 × 870 mm – compact enough for labs, pilot plants, or R&D settings.
• Temperature flexibility: Adjustable hot cycles from 50 °C to 220 °C, enabling a broad range of forming and sealing options.
• Optional features: Add 21 CFR Part 11 compliance, Ethernet, or a cooling unit to scale according to your regulatory or operational needs.

5. Reliable Packaging Integrity

By using blister packaging, the 3X-PACK ensures superior protection for sensitive pharmaceutical compounds. Blister packs are known to provide excellent barriers against oxygen and humidity — crucial for preserving the efficacy of active ingredients.
Additionally, individual blister units help with accurate dosing and make tracking consumption easier, which is especially useful for clinical or stability applications.

Applications

• Clinical trials: Ideal for small batch runs where precision and repeatability are critical.
• Stability testing: Offers consistent blister sealing, which is vital for long-term shelf-life studies.
• Pharmaceutical R&D: Great for development labs needing flexibility in materials and process settings.
• Low-volume production: Suitable for pilot manufacturing before scaling to a full automatic line.

Why Choose the 3X-PACK?

1. Precision & Repeatability — Thanks to its three-station design and saved recipes, you can replicate conditions run after run without variability.
2. Flexibility — The ability to work with different forming and sealing materials gives you more choices depending on your product’s requirements.
3. User Accessibility — The touchscreen and multi-level access simplify training and reduce the risk of operational errors.
4. Quality & Integrity — Blister packaging preserves the quality of pharmaceutical products by protecting them from environmental stress.
5. Scalable — With optional features and compact size, the 3X PACK can grow with your pipeline or be integrated into regulated environments.

Conclusion

The 3X-PACK by Dott. Bonapace & C. is a robust, semi-automatic blistering solution designed to meet the needs of pharmaceutical developers working in R&D, trials, and small-scale production. With its triple station architecture, material flexibility, intuitive interface, and strong packaging integrity, it stands out as a reliable and scalable choice for modern blister manufacturing.