BMP270 | Pro Balcony Platen
Engineered for maximum flexibility, this advanced blister packaging machine utilizes state-of-the-art platen sealing technology to deliver the ultimate solution for multi-variety, medium-batch production. Compared to rotary-type blister machines that pursue high-speed output, this platen architecture is specifically optimized for greater flexibility and the demands of frequent product changeovers. It flawlessly accommodates products with complex or irregular shapes, significantly broadening your packaging capabilities for specialized pharmaceutical applications.
Built upon a cGMP-compliant balcony (cantilever) layout, the system enforces a strict vertical partition that completely isolates the rear mechanical drive from the front operating zone. This architectural advantage eliminates the risk of cross-contamination while making pharmaceutically compliant cleaning and daily maintenance practically effortless. Furthermore, an advanced gas-hydraulic pressure cylinder is integrated to apply uniform, powerful sealing pressure, ensuring reliable and flawless large-area heat sealing every time.
To maximize production efficiency, the machine is equipped with intuitive digital adjustments and a built-in forming material splicer. The central touch-screen interface allows operators to set blister indexing freely, while precise digital positioners and tool-less quick-fitting mechanisms enable highly straightforward format changeovers.


| Max. Speed: | 50punches/min |
| Max. Output: | 200 blisters/min. (blister size 57×80 mm) |
| Max. Forming Area: | 265×160mm |
| Material Max. width: | 275 mm |
| Machine Power: | 13.6kw |
| Machine Dimension: | 4500×1200×2100mm(4 stations) 4700×1200×2100mm (5 stations) |
| Machine Weight: | 2200kg |
Blister Pack & Blister Packaging Machine Guide
Blister packaging is widely used in the pharmaceutical industry for solid-dose medications, with the process primarily categorized as thermoforming or cold-forming.
During cold-forming operations, an aluminum laminate web is mechanically pressed into the cavity mold with a punch stamp, stretching and locking the material into the desired shape. Commonly designated as Alu-Alu or cold-form blisters, their greatest asset is the impermeable metal barrier they provide against moisture and light, effectively maximizing drug stability and shelf life. On the other hand, trade-offs include lower output speeds than plastic thermoforming, opaque packaging that prevents bottom-up visual inspection, and a larger overall footprint because aluminum sheets cannot form sharp 90-degree draft angles.
Want to dive deeper into blister packaging and advanced blister machine technologies? Read our ultimate guide to blister packaging machines.
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