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Small Alu PVC Blister Packing Machine For Ampoule OEM
Product Details:
| Place of Origin: | Shenzhen China |
| Brand Name: | LEIYUE |
| Certification: | CE |
| Model Number: | DPP-120 |
Payment & Shipping Terms:
| Minimum Order Quantity: | 1unit |
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| Price: | USD7000/unit |
| Packaging Details: | Wooden box |
| Delivery Time: | 20-25 work days |
| Payment Terms: | T/T |
| Supply Ability: | 20 units per month |
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Detail Information |
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| Max Shaping Areas And Depth: | 130*70*14mm | Material Quality: | 304 Stainless Steel |
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| Power Supply: | 220V/50Hz 2.4KW | Machine Dimensions: | 1850*650*1200mm |
| Net Weight: | 450kg | ||
| High Light: | Ampoule Alu PVC Blister Packing Machine,Small Alu PVC Blister Packing Machine,Small ampoule blister packing machine |
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Product Description
Atomized smoke bomb Small blister packaging machine
Atomized smoke bomb Small blister packaging machine for atomized smoke bombs is an automated mechanical device used for the production and packaging of electronic atomized smoke bombs. Its main working principle is to feed breathable film roll material into the machine, then use heating and forming, cutting, and other processes to make breathable film into suitable bubble hood packaging materials. Then, the electronic atomized smoke bomb is packed into the packaging material and sealed to achieve the packaging of the electronic atomized smoke bomb.
Technical Specifications:
| Model | DPP-120 |
| Cutting frequency | 10-30 times/min |
| Capacity | 600-1980 plates/h |
| Max shaping areas and depth | 130*70*14mm |
| Air pressure | 0.4-0.6MPa |
| Power supply | 220V/50Hz 2.4KW |
| Main motor power | 0.75KW |
| PVC hard pieces | (width)140*(thickness)0.25-0.5mm |
| PTP aluminum foil | (width)140*(thickness)0.025-0.05mm |
| Dialysis paper | (width)140*50-100g |
| Mould cooling | tap water or recycling water |
| Machine dimensions | 1840*590*1100mm |
| Net weight | 450kg |
Workflow:
Heating of PVC material→PVC blow molding→manual feeding→Aluminum foil heat sealing→Finished product punching and cutting
The working principle of a flat aluminum-plastic bubble wrap packaging machine is as follows:
1,The medicine is placed into the packaging material, such as plastic bubbles.
2,The packaging material is conveyed to the heat sealing area.
3,The aluminum foil composite material is unwound from the reel and is covered on the plastic bubble.
4,The aluminum foil and plastic bubble enter the heat sealing area, where they are heated and pressure is applied to seal the two materials together.
5,The finished packaging material is moved out of the heat sealing area and into the cooling area.
6,The packaging material is cooled and fixed together to form a sealed package.
7,The finished packaging material is sent to the next production stage or collection box.
The entire process can be controlled by a computerized automation system to ensure efficient production and stable packaging quality. The flat aluminum-plastic bubble wrap packaging machine is typically used to produce single drug packaging with high production efficiency, but it requires mold replacement for packaging of multiple specifications.
The application scenarios of a flat packaging machine are as follows:
1,Pharmaceutical industry: A flat packaging machine can be used to manufacture drug packaging, such as tablets, capsules, and powders.
2,Food industry: A flat packaging machine can be used to manufacture food packaging, such as chocolate, candy, cookies, coffee, etc.
3,Cosmetics industry: A flat packaging machine can be used to manufacture cosmetic packaging, such as creams, shampoos, perfumes, lipsticks, etc.
4,Other industries: A flat packaging machine can also be used to manufacture packaging for other types of products, such as electronic products, medical equipment, hardware accessories, etc.
The flat packaging machine can be adapted to various packaging specifications, and different molds and packaging materials can be selected according to product needs. It has high production efficiency and stable packaging quality, and is widely used in various industries' production and manufacturing processes.