DPP160F Intelligent Plate ALU/PVC and ALU/ALU Blister Packing Machine
BRIEF INTRODUCTION
Standalone Positioning
Independently completes forming, filling, heat sealing, cutting, and batch number embossing processes, fully meeting GMP requirements for standalone production.
Applicable Packaging & Specifications
Packaging Types: Aluminum / PVC blister boards, Aluminum / Aluminum (PTP) blister boards
Punching Speed: 20–40 cycles/min (Al/Al), 20–50 cycles/min (Al/PVC)
Feeding Stroke Optional Range: 30–120 mm
Maximum Forming Area: 160 × 112 mm²
Maximum Forming Depth: 12 mm (Al/Al), 18 mm (Al/PVC)
Standard Plate: 80 × 57 × 2 mm
Process Flow
Manual / Automatic Loading → [Integrated Processes of This Unit: Positive Pressure Forming → Servo Feeding → Heat Sealing → Batch Number Embossing → Punching → Scrap Edge Winding] → Qualified Blister Board Discharge
Key Performance Parameters

Structure & GMP Design
Modular Construction: Machine can be disassembled for elevator transport and modular cleanroom installation; reassembly uses screws + cylindrical pins for fast alignment and convenient installation.
Stable Forming & Heat Sealing: Automatic closing heating plates, air cushion heat sealing, and interlocking male-female mesh structures reduce material waste, prevent thermal deformation during downtime, improve sealing quality, and extend machine life.
Precise Drive & Feeding System: Variable frequency main motor, robotic feeding clamp, adjustable stroke 30–120 mm, smooth and accurate operation, suitable for multi-spec production.
Intelligent & GMP Compliance: PVC sheet breakage alarm, electronic counting, integrated batch embossing and punching workflow; all product-contact parts are stainless steel or non-toxic material, fully compliant with GMP.
Control System
Siemens PLC + color touchscreen, 100 formula sets, one-key switching.
Three-level password protection, 21 CFR Part 11 compatible: electronic signatures, automatic batch record generation, USB/PDF export.
Reserved RS-485 / Ethernet interface, supports OPC UA, can connect directly to MES.
Utility Requirements

Dimensions

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