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Model
|
CCVS 400 |
Number of heat-sealing bars
|
2 |
Heat-sealing bar size |
16 inches |
Usable space
|
17 x 17 x 3 inches |
Maximum height
|
6.3 inches |
Machine dimensions (L x W x H)
|
21 x 19 x 37 inches |
Weight
|
79 kg
|
About the product
Cetro Chamber Vacuum Sealer CCVS 400
Cetro Chamber Vacuum Sealer CCVS 400 has two heat-sealing bars of 16 inches. With a stainless steel structure that prevents oxidation, the CCVS 400 meets all hygiene and durability requirements, making it compatible with any work environment.
This equipment has an acrylic lid that allows better visualization of the process and a vacuum pump capacity of 40 m³/h. The process is semiautomatic, with only the manual placement and removal of the product from the chamber.
In addition, it has low energy consumption and vacuum time that varies from 0 to 60 seconds per cycle, depending on the product. Thus, this equipment maintains excellent productivity and cost-effectiveness.
ADVANTAGES OF VACUUM PACKAGING
Vacuum packaging is the best solution for your business, for products that will be sold directly to the customer or for domestic use. In the vacuum packaging process, the products are sealed inside plastic bags with total removal of the air to prevent the growth of microorganisms such as fungi, bacteria, and microbes. This decelerates food spoilage and prevents further oxidation and natural enzymatic actions.
DIVERSITY OF APPLICATIONS
Various segments of industry and commerce use CCVS 400 to seal packages with meat, snacks, fish, vegetables, cereals, sausages, pizza, hearts of palm, sliced cold cuts, poultry, pasta, cheese, beef, frozen foods, mushrooms, fruits, and others.
ADVANTAGES OF MAP
MAP (Modified Atmosphere Packaging) is one of the most utilized packaging technologies in the processing and storage of fragile products in general, such as snacks, salads, potato chips, and other food products, without the risk of damaging the food.
MAP is the injection of a gas atmosphere, typically containing an inert gas, such as nitrogen combined with carbon dioxide, upon a packaged food product to extend its shelf life.
Carbon dioxide is effective at inhibiting microorganisms, such as mold and other bacteria common in the air, reducing the pH value inside the package. Nitrogen is an inert gas used primarily to eliminate air from the inside of the package and prevent oxidation. It also maintains the internal volume of the package, preventing the products from crushing.

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