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Drying medicinal products

Chemical & pharmaceutical

Drying medicinal products

PVR vacuum pumps are a crucial element in the chemical and pharmaceutical industries, playing a key role in the production and handling of sensitive and delicate substances. In drug dryers in particular, these pumps are essential to ensure a moisture-free environment during the drug drying process. The removal of moisture is vital to preserve the efficacy and stability of active ingredients, ensuring the quality and safety of pharmaceutical products. PVR vacuum pumps create optimal conditions inside the dryer, ensuring uniform moisture absorption and maintaining precise control over process parameters. Thanks to these features, PVR vacuum pumps play a crucial role in ensuring the regulatory

compliance and quality of pharmaceutical products, thus contributing to the health and well-being of patients.

The specific requirements of the pharmaceutical and chemical industries demand a precisely controlled environment, in which every variable is carefully managed to ensure the purity and efficacy of the products. Drug dryers are one of the most critical environments in this context, as the presence of moisture can compromise the stability of active substances and lead to unwanted contamination. PVR vacuum pumps are distinguished by their ability to create and maintain a high quality vacuum inside the dryers, allowing effective removal of moisture without compromising the integrity of the treated materials.

A key aspect of PVR vacuum pumps is their ability to ensure uniform moisture absorption, preventing the formation of hot spots or areas of uneven moisture levels within the dryer. This is particularly important in the drying process of pharmaceuticals, where uniformity of treatment directly affects the quality of the final product. Thanks to their precision and reliability, PVR vacuum pumps deliver consistent and repeatable results, minimising the risk of errors and increasing the overall efficiency of the production process.

In addition to moisture removal, PVR vacuum pumps play a crucial role in maintaining a sterile environment within drug dryers. Microbiological contamination is a major concern in the pharmaceutical industry, and the presence of moisture can encourage the growth of unwanted microorganisms. By using high-quality PVR vacuum pumps, it is possible to create a completely sterile environment within the dryers, thus protecting the purity and integrity of the pharmaceutical products.

Another advantage of PVR vacuum pumps is their ability to maintain precise control over process parameters, allowing operators to adjust and monitor drug drying in real time. This level of control is essential to ensure the consistency and quality of the final product, minimising the risk of defects or unwanted variations. With PVR vacuum pumps, pharmaceutical companies can improve their ability to comply with industry regulations and meet the highest quality standards.

In addition, PVR vacuum pumps offer significant advantages in terms of energy efficiency and environmental sustainability. Thanks to their advanced design and state-of-the-art technology, these pumps consume less energy than conventional alternatives, helping to reduce the environmental impact of the pharmaceutical and chemical industries. This not only translates into long-term financial savings, but also a reduction in the use of natural resources and greenhouse gas emissions.

In conclusion, PVR vacuum pumps are an essential component in the chemical and pharmaceutical industry, with a significant impact on quality, regulatory compliance and operational efficiency. In the context of drug dryers, these pumps play a key role in removing moisture and maintaining a sterile

environment, thus helping to ensure the safety and efficacy of pharmaceutical products. With their focus on precision, reliability and energy efficiency, PVR vacuum pumps are an ideal choice for

companies looking to improve their production operations and meet the highest standards of quality and safety.

EM – Pompe monostadio lubrificate monoblocco

EM 4-8


Ultimate pressure:
≤ 2.00 ÷ ≤ 20.00 mbar

EM 12-20


Ultimate pressure:
≤ 2.00 ÷ ≤ 20.00 mbar
Pumping speed:
12.00 ÷ 21.00 m3/h

EM 28 - 40


Ultimate pressure:
≤ 2.00 ÷ ≤ 20.00 mbar
Pumping speed:
28.00 ÷ 51.00 m3/h

EU/PVL – Pompe monostadio lubrificate

EU 45-65-105


Ultimate pressure:
≤ 5.00 ÷ ≤ 10.00 mbar
Pumping speed:
48.00 ÷ 126.00 m3/h

EU 160-205-300


Ultimate pressure:
≤ 0.50 ÷ ≤ 10.00 mbar
Pumping speed:
152.00 ÷ 360.00 m3/h

EU 650-1000


Ultimate pressure:
≤ 0.50 ÷ ≤ 10.00 mbar
Pumping speed:
660.00 ÷ 1239.00 m3/h

PVL 15-35


Ultimate pressure:
≤ 0.50 ÷ ≤ 20.00 mbar
Pumping speed:
17.00 ÷ 42.00 m3/h

PVL 401-541


Ultimate pressure:
≤ 0.50 ÷ ≤ 10.00 mbar
Pumping speed:
417.00 ÷ 663.00 m3/h

EU OX – Pompe monostadio lubrificate per il trattamento O2

Ox Series


Pumping speed:
18.00 ÷ 1239.00 m3/h

DRY C – Pompe per vuoto a camme

DRY C e CR Series


Pumping speed:
60.00 ÷ 1140.00 m3/h

DRY C NEXT Generation Series


Pumping speed:
150.00 ÷ 180.00 m3/h

DRY C – Compressori a camme

DRY C e CR P Series


Pumping speed:
56.00 ÷ 600.00 m3/h
Pressures:
da 0.60 a ≤ 2.30 bar

Serie HV – Roots High Vacuum

GMa 10.0 HV - 11.4 HV


Pumping speed:
180.00 ÷ 900.00 m3/h

GMa 12.5 HV - 13.8 HV


Pumping speed:
1000.00 ÷ 3450.00 m3/h

GMb 14.9 HV - 17.15 HV


Pumping speed:
3900.00 ÷ 18825.00 m3/h

Serie HV/Bp – Roots con By-Pass

GMa 11.3 HV/BP - 13.8 HV/BP


Pumping speed:
500.00 ÷ 3420.00 m3/h

VD – Pompe a secco monoblocco

VD 3


Ultimate pressure:
≤ 120.00 ÷ ≤ 150.00 mbar
Pumping speed:
3.00 ÷ 3.60 m3/h

VD 6 – 8


Ultimate pressure:
≤ 120.00 ÷ ≤ 150.00 mbar
Pumping speed:
6.00 ÷ 9.60 m3/h

VD 16 – 25 – 40


Pumping speed:
16.00 ÷ 48.00 m3/h

MICRO – Mini pompe e compressori a membrana

M41


Ultimate pressure:
≤ 40.00 ÷ ≤ 200.00 mbar
Pressures:
da 2.00 a ≤ 3.00 bar

M71


Ultimate pressure:
≤ 15.00 ÷ ≤ 100.00 mbar
Pressures:
da 0.70 a ≤ 1.30 bar

Serie GV - GC

GV


Pumping speed:
500.00 ÷ 4700.00 m3/h

GC


Pumping speed:
500.00 ÷ 3465.00 m3/h