Automatic blister packaging machine Al/PVC/Alu «SJP-26-K3 »
Maximum punching speed:
Aluminum/Plastic 50 strokes/min.
Aluminum/PVC/Aluminum 35 strokes/minute
Maximum capacity: Aluminum/Plastic 350,000 pcs/hour
Aluminum/Plastic/Aluminum 150,000 pcs/hour
Stroke adjustment range: ≤160 mm (depending on customer requirements)
Maximum molding area: 245×112 mm
Maximum forming depth: Aluminum/Plastic/Aluminum 14mm
Packaging material specification:
(material width: 130-260mm)
Medical PVC: 260×0.25 (0.15-0.5) mm
Heat sealable foil: 260×0.02mm
Power connection: 3-phase, four wires 380V 50HZ (220V 60HZ)
Total power: 7.6 KW
Main motor: 2.2 KW
Molding heating plates: 2×1.5 KW
Sealing heating devices: 2×1.2 KW
Air compressor flow volume: ≥ 0.38 m3/min
Dimensions (L×W×H) : 4500x720x1650 mm
Size of individual packing crates: 2300x880x1800 mm x2
Weight : 2200 kg

Some of our buyer recommendations to help speed up your task of selecting the Aluminum/PVC/Aluminum automatic blister packaging machine. Prepare yourself before you make a phone call or submit an application from the website. Our experts expect to get as many details from you as possible.
Make a list of what you have and what you want to end up with. If you send us a picture of similar products, this visualization will help us understand you. It’s great if your message lists specific parameters: include dimensions of everything in question, weight, composition, known problems and shortcomings of products or materials. Any details will speed up understanding and getting our recommendation in selecting the equipment.
An automatic blister packaging machine can be a stand-alone unit or part of an automatic line. Outline your ideas for utilizing this equipment in your production. Start by describing the task or problem you want to solve, perhaps we will offer a technological solution rather than a technical one. Every day on the market there are new types of equipment, packaging, methods of industrial production, technologies. We will orient you in this and discuss with you ways and methods of solving the tasks.