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The best results in any industrial sector
The wide use of DVP pumps and compressors is a sign of technology that helps the production process making it safe and efficient.​Environment, chemical, health, food processing, plastics, packaging, glass, metallurgy, ceramics, printing, and many others: DVP products can be found in every industrial sector.
Industries
Environment
In this sector, pumps are used for many different applications such as the oxygenation and purification of wastewater, landfill sites, and solar panel construction. This technology also makes an important contribution in compressors for biogas digesters, extraction of gas pollution from soil, and in many other fields.
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Plastic, Rubber, and Resin
DVP products also find applications in technology for plastic, rubber, and resin processing. Some examples: are calibration, the contact-free turning of plastic film, dryers, vacuum processing, production of composite material, and manufacture of expanded polystyrene foam.
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Chemical
In the chemical industry, DVP technology applications are relevant for processing primary materials for production on an industrial scale and the transfer of gases, chemical substances, mixtures, and other types of material. Among the recommended uses for vacuum pumps is distillation, drying, and degassing.
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Packaging
Vacuum technology is essential in food packaging: in filling machines, sealing machines, packing machines, processing machines, in the production of PET containers, and in the removal of waste and packing in different atmospheric conditions. Vacuum technology is also essential in non-food packaging: in air cushion machines, blister machines, filling machines, sealing machines, and in the production of paper bags.
Medical
Vacuum technology plays a main role in the production of equipment and accessories used in the medical field: pneumatic beds, chair hoists, central vacuum systems, steam sterilizers (autoclaving), technical and medical respiratory devices, and surgical aspirators.
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Pneumatic Conveying
Vacuum pumps and compressors play a main role in the pneumatic conveying field using both aspiration and compression. Some examples are the transportation of dust, powders, and granulates, such as sand or cement. In addition, vacuum technologies are used in the plastics processing industry and in the food industry.
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Refrigeration and Air-Conditioning
In the refrigeration and air-conditioning field, DVP vacuum pumps are used in the automotive sector to aspirate eventual moisture to guarantee the proper functioning of the air-conditioning.
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Industrial Cleaning
Residual dirt can compromise the functioning and safety of a product; moreover, the sequential processes of the production line require a clean surface. For these reasons vacuum technology can be used for cleaning specific industrial components: de-oiling under vacuum, sandblasting, dry cleaning, and vacuum drying.
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Food and Beverages
The food sector and bottling are some of the fields where vacuum technology is principally used. In fact, pumps can be applied in the most typical food processing, in cooking and bottling machines, as well as in different sectors for vegetable cleaning, ham drying, potato aeration, salmon processing machines, and sausage making machines. Vacuum pumps can also be used in milk processing, coffee roasting, and sugar production.
Printing and Paper
Centralized air and vacuum systems are used during the various phases of the production of cardboard to realize a finished product. Furthermore, in each step of printing and paper production, including the prepress, printing and postproduction stages, the use of pressure and vanes.
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Ceramics
Outgassing, a procedure for the removal of gases, is a very important stage in the creation of ceramics, and it’s done with vacuum pumps, which can also be used in post-production and in the pick and place of products and materials.
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Analytical Field
DVP vacuum technology can be applied in some fields of the analytical sector: laser, leak detectors, freeze dryers, mass spectrometers and chromatography, laboratory autoclaves, microscopy, space simulators, vacuum distillers, gel dryers, centrifuges and laboratory autoclaves.
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Metallurgy, Metallization, Semiconductors
In these fields, vacuum technologies are used in particle accelerators, dactyloscopy, optoelectronics, tribology, glass coating, magnetic storage, optical coating, decorative coating, optical storage, Glove Box applications and welding technology.
Glass, Stone, Wood
In the wood field, vacuum technologies are used for the preservation, drying, and vacuum pressing of the wood; in the stone and glass fields they are used for holding and lifting. The whole movement process uses pick-and-place technology.
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