DPP260H3 | Tropical Classic Platen

The Tropical Blister Machine DPP260H3 (Alu-PVC-Alu) is a highly cost-effective, classic platen-type packaging system designed to deliver near-absolute barrier protection for sensitive pharmaceuticals. Engineered with a compact footprint, this budget-friendly model is the perfect solution for medium-batch production, offering the ultimate moisture, light, and oxygen barrier of tropical aluminum without the spatial or financial footprint of larger rotary systems.

To master the extended web length inherent in the Alu-PVC-Alu process, the machine features an advanced double servo-controlled indexing system. This precisely controls the web tension, completely eliminating cumulative material shrinkage and ensuring perfect pocket synchronization. Furthermore, it utilizes a specialized hydro-pneumatic booster cylinder to meet the extreme high-pressure demands of tropical sealing. Although based on a traditional upper-and-lower architectural design, it is equipped with a dedicated isolation plate that effectively prevents any materials or dust from falling into the lower drive zone, maintaining rigorous hygienic standards.

Delivers near-absolute barrier protection for sensitive products.

Traditional compact architecture minimizes facility footprint.

Optimized throughput capacity for mid-scale pharmaceutical production.

Cost-effective engineering solution for Alu-PVC-Alu requirements.

Double indexing systems eliminate long web cumulative shrinkage.

Dedicated isolation plates prevent material ingress into drive zones.

Seamlessly compatible with both Alu-Alu and Alu-PVC formats.

Hydro-pneumatic booster cylinders ensure optimal tropical sealing.

Customer Success: Live Production

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Gallery

The first pvc-alu sealing station and the first web index
The tropical alu forming station.
The second sealing station to allow the blister package to be sealed with formed tropical alu again.
Alu/PVC/alu blister pack can strengthen the sealing effects and protect the medicine from light.
The shrinkage of packaging material is minimized to ensure the synchronization of blister pocket by means of double servo-regulated drag system.