At Kitmondo, we proudly present a wide array of used blister machines, which are pivotal for effective and secure packaging in the pharmaceutical, cosmetic, and consumer goods industries. These machines are perfect for creating sealed packages for tablets, capsules, ampoules, and various small items, offering superior protection and clear visibility.
Our selection of blister machines ranges from €10,000 for basic models to €120,000 for high-capacity, advanced units from top brands like Uhlmann, IMA, Bosch, and Klockner. Each machine comes with distinct features, such as forming and sealing capabilities, production speed, maximum blister size, and automation level, tailored to meet diverse production needs.
When choosing a blister machine, it's essential to consider material compatibility (PVC, PVDC, Alu-Alu), sealing integrity, and the ease of switching between different formats. These factors are critical for ensuring product safety, optimizing production efficiency, and meeting various packaging requirements.
Investing in our used blister machines not only allows you to acquire top-notch equipment at a fraction of the cost but also supports sustainable practices by extending the life of durable machinery. With Kitmondo’s commitment to excellent customer service, you can find the ideal blister machine to elevate your packaging operations.
Visit Kitmondo’s listings today to find dependable blister machines that offer outstanding performance and value for all your packaging needs.
Showing 1 - 20 out of 169
France
2003
| Moulding length | 220 mm |
|---|---|
| Forming depth | 42 mm |
| Cycle/min | 30 |
| Moulding width | 320 mm |
|---|---|
| Max foil width | 320 mm |
| Engine Power | 30 kW |
| Moulding length | 320 mm |
|---|---|
| Forming depth | 90 mm |
| Moulding width | 150 mm |
|---|
Italy
2007
| Moulding length | 240 mm |
|---|---|
| Forming depth | 12 mm |
| Moulding width | 127 mm |
|---|---|
| Cycle/min | 45 |
Poland
2008
Poland
2010
United Kingdom
2008
| Moulding length | 270 mm |
|---|---|
| Forming depth | 12 mm |
| Moulding width | 200 mm |
|---|---|
| Cycle/min | 400 |
France
1994
Switzerland
2007
Italy
2010
| Moulding width | 210 mm |
|---|---|
| Cycle/min | 100 |
| Forming depth | 12 mm |
|---|
Italy
2017
| Moulding length | 8.5 mm |
|---|
| Moulding width | 11 mm |
|---|
| Moulding length | 127 mm |
|---|
| Moulding width | 85 mm |
|---|
Turkey
1987
| Moulding length | 210 mm |
|---|---|
| Forming depth | 180 mm |
| Cycle/min | 400 |
| Moulding width | 155 mm |
|---|---|
| Max foil width | 145 mm |
Italy
2007
| Moulding length | 240 mm |
|---|---|
| Forming depth | 12 mm |
| Cycle/min | 45 |
| Moulding width | 127 mm |
|---|---|
| Max foil width | 240 mm |
France
2003
| Moulding length | 120 mm |
|---|---|
| Cycle/min | 60 |
| Moulding width | 150 mm |
|---|
Italy
2006
| Moulding length | 150 mm |
|---|---|
| Forming depth | 12 mm |
| Moulding width | 90 mm |
|---|
Blister sealer machines are integral to the Packaging category of used machinery on Kitmondo. These machines are essential for creating blister packs, commonly used for packaging pharmaceutical products, medicines, foods, and small consumer goods. The primary function of a blister sealer machine is to form a cavity or pocket using heat or pressure, ensuring the protection of goods from external factors like humidity and contamination.
Packaging Process: Blister machines use two main packaging methods: Thermoforming and Cold Forming. Here’s how they differ:
Thermoforming: This process involves heating the packaging material, typically plastic film, which is taken from a reel and passed through a pre-heating station. The high temperature softens the plastic, making it pliable. The softened plastic then moves to a forming station, where high pressure shapes it into a blister cavity. The plastic is subsequently cooled to maintain its shape, completing the packaging process.
Cold Forming: Contrary to thermoforming, cold forming uses pressure instead of heat. An aluminum-based film is pressed into the desired shape with a stamp. The laminate film is shaped under pressure, with aluminum maintaining the formed shape. Cold-formed blister packs offer excellent protection against oxygen and water, extending the product's shelf life. However, this method is slower compared to thermoforming.
Materials Used: Blister packaging primarily utilizes plastic or aluminum foil. For thermoforming, PVC (polyvinyl chloride) is commonly used due to its low cost and ease of shaping. Cold form foil, however, consists of a laminate with three layers: PVC, aluminum, and polyamide, offering robust protection.
Areas of Use: Blister packs are versatile, used for packaging medication and small consumer goods like toys and hardware. In the pharmaceutical industry, blister machines are indispensable, providing unit-dose packaging that ensures the integrity and extended shelf-life of medications. For consumer goods, blister packs secure products between cardboard and a plastic pocket, offering visibility through transparent plastic while preventing damage.
Strong Points: Blister packaging is cost-effective and allows for clear product display. It provides ample advertising space on the back of the package and ensures customers can inspect the product through the transparent plastic.
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Explore our selection of used blister sealer machines on Kitmondo, where you can find high-quality equipment from leading manufacturers to enhance your packaging processes.