A Data Cable Blister Packing Machine is designed to package data cables efficiently in protective blister packs. Key components include a heat-sealing system, a forming station, and a cutting mechanism. It uses automatic or semi-automatic operating systems for high-speed production. Types include manual, semi-automatic, and fully automatic models. It ensures precise blister formation, sealing, and cutting for safety and durability. Common in the electronics, telecom, and consumer goods industries, it enhances product protection and presentation. Manufactured using advanced technologies like PLC controls and servo motors, the machine offers high performance, low maintenance, and customizable packaging solutions for various cable types.
The Data Cable Blister Packaging Machine is essential equipment for the electronics and accessories industry, designed to efficiently and attractively package various types of cables (USB, charging, audio, HDMI, etc.) for retail sale.1
It converts rolls of plastic and pre-printed cards into finished, protective, and secure retail packages.
Data cables are often packaged using a blister pack because of its ideal combination of protection, visibility, and security.
Visibility: The clear plastic blister allows customers to see the cables quality, length, and connectors (USB-C, Lightning, etc.), which is critical for making a purchase decision.
Protection: It securely holds the coiled cable and connectors in place, preventing tangling, kinking, or damage to the delicate plug pins during shipping and display.2
Tamper Evidence: A properly sealed blister pack is tamper-evident, ensuring the consumer receives a brand-new, untampered product, which helps reduce retail theft.
Data cable blister packaging machines are often semi-automatic (hydraulic drive is common) to allow for the manual loading of the coiled, irregular-shaped cable while automating the precision steps of forming and sealing.3
| Component/Step | Description & Benefit for Cables |
| Blister Forming | Heats a roll of PVC or PET plastic and uses vacuum/pressure over a mold to create the custom-shaped cavity designed to hold the coiled cable and its connectors. |
| Product Loading | Due to the variance in cable coiling, this is often a manual station, where the operator places the cable and the pre-printed cardboard backing into the mold. |
| High-Pressure Sealing | The most critical step. The machine applies precisely controlled heat and pressure to fuse the plastic blister to the heat-activated coating on the cardboard. Hydraulic or pneumatic drives ensure a strong, uniform seal across the entire package. |
| Changeover Tooling | Requires interchangeable molds/dies to accommodate the different sizes of cables (short phone cables vs. long device cables) and the varying blister card designs. |
| Automatic Cutting | The sealed packages are automatically cut or punched out into their final retail shape (often with a hanger hole for retail display). |






Price:
Price 98500 INR / Unit
Minimum Order Quantity : 01 Unit
Voltage : 220V
Automatic Grade : SemiAutomatic
Usage : Razor packaging and similar products
Features : Compact and efficient
Price 98500 INR / Unit
Minimum Order Quantity : 01 Unit
Voltage : 230V Volt (v)
Automatic Grade : SemiAutomatic
Usage : Mosquito racket blister packaging
Features : Durability compact design efficient operation
Price 90000.0 INR / Unit
Minimum Order Quantity : 1 Unit
Voltage : 220V Volt (v)
Automatic Grade : SemiAutomatic
Usage : Sharpener Blister Packing
Features : Durable High Precision Packing
Price 90000.0 INR / Unit
Minimum Order Quantity : 1 Unit
Voltage : 220V Volt (v)
Automatic Grade : SemiAutomatic
Usage : Industrial packaging
Features : Hydraulic pump operation compact design
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