Standalone Function

The machine independently completes the full blister packaging process, including forming, feeding, sealing, and punching. It is suitable for high-speed production of both Alu-PVC and Alu-Alu blisters, meeting GMP requirements for efficient and continuous manufacturing.

Applicable Packaging & Specifications

• Packaging Type: Alu-PVC and Alu-Alu blisters

• Applicable Products: Tablets, capsules, and similar solid dosage forms

• Production Capacity: 10,800 – 54,000 blisters/hour (3 blisters per stroke)

• Feeding Stroke Range: 100 – 280 mm

• Max. Forming Area: 320 × 280 mm

• Max. Forming Depth: 12 mm

• Packaging Materials:

          Pharmaceutical PVC - 0.25 × 320 mm

          Lidding aluminum foil - 0.02 × 320 mm

Process Flow

Feeding →  Machine Process: PVC heating & forming → product feeding → aluminum foil heat sealing → embossing → punching → Finished product output

Key Technical Parameters

Structure & GMP Design

The machine adopts a modular split-structure design with a rational station layout, facilitating maintenance and cleaning.
All product-contact parts are made of 316L stainless steel and non-toxic materials, fully compliant with GMP standards.
Positive-pressure forming and roller heat-sealing processes ensure firm blisters and flat, neat plates, improving packaging quality.
By integrating the advantages of flat-plate and rotary drum blister machines, it achieves high punching frequency, stable operation, and quick mold changeover, significantly improving production efficiency while reducing energy consumption.
Supports trim-free punching (no lateral waste edge), greatly saving packaging materials (resulting in considerable annual cost savings), and enables automatic, orderly discharge of finished products for easy cartoning or line integration.

Control System

Equipped with a Siemens SIMOTION motion control system, enabling synchronized control of 10 servo axes and integrating motion, logic, and process control.
Features an intelligent HMI supporting multi-product production modes, parameter setting, data acquisition, and remote monitoring.
Highly flexible system allows quick product changeover and parameter adjustment, reducing setup time and maintenance costs.
Supports three-level access control and fault diagnostics, enhancing operational safety and traceability.

Utility Requirements