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Automated conveyor line in pharmaceutical manufacturing facility with glass bottles.

Vacuum pumps for pharmaceuticals

Enabling clean and safe environments for research, processing and production

When we think of pharmaceuticals, we often picture advanced chemistry, clinical breakthroughs, tiny tablets and capsules packed with complex compounds and sterile laboratories.

 

Through all these instances, a powerful technology plays a crucial role in turning scientific discoveries into reliable, high‑quality medicines - vacuum pumps. Vacuum pumps are the quiet workhorses that keep pharmaceutical procedures and research running smoothly - from processing heat‑sensitive drugs to supporting manufacturing. Here’s a closer look at how it works and all the ways Atlas Copco supports these processes.

Key pharmaceutical processes that require vacuum power

Drying process
Drying processes

Many active pharmaceutical ingredients (APIs) degrade at high temperatures. By lowering the pressure, vacuum pumps reduce the boiling point of solvents, enabling drying at lower temperatures. Techniques such as vacuum tray drying, freeze-drying (lyophilization), and rotary vacuum drying are used extensively.

Filteration and separation
Filtration and separation

Vacuum filtration is a critical step in separating solids from liquids during API synthesis or formulation. By generating a pressure difference, vacuum pumps speed up filtration, improve clarity, and help achieve higher purity. Vacuum-assisted filtration is often preferred because it reduces mechanical handling and lowers contamination risk.

Distillation and solvent recovery
Distillation and solvent recovery

Through vacuum distillation, we can lower the pressure and reduce boiling point of substances. This allows solvents to be separated without exposing compounds to damaging heat. Vacuum pumps also support solvent recovery systems, which allow pharmaceutical companies to reuse solvents, reduce waste, and lower operating costs.

Packaging products
Packaging products

To protect pharmaceutical products from moisture, oxygen, and microbial contamination vacuum sealing, blister packaging is in high demand. Vacuum freeze-drying allows sensitive drugs to be stabilized and packaged for long-term storage.

Research and quality control
Research and quality control

Beyond manufacturing stages, vacuum pumps are in laboratory environments supporting analytical instruments, such as mass spectrometers, rotary evaporators, and vacuum ovens. These tools are crucial for R&D, stability testing, and quality assurance.

Trust Atlas Copco vacuum solutions

In an industry where precision and accuracy is everything, we are here to support each stage with high-performance vacuum solutions that are as reliable as they are efficient. Because the right vacuum pump influences product quality, regulatory compliance, and process efficiency.

Liquid ring vacuum pumps

AWC 350 A - Single Stage Liquid Ring Pump
Our energy-efficient, low-maintenance liquid ring pumps are suitable wet and humid applications like distillation and solvent recovery. They offer superior vacuum performance and better connectivity and control. Atlas Copco liquid ring pumps are ideal for pumping either dry or wet gasses, with a high tolerance to liquid carryover, especially on condensable processes. Pumps are available in a variety of materials which can be selected to suit the pumped process media.

GVD series oil-sealed double-stage rotary vane

GVD 065
These pumps offer ultimate vacuum pressure, high pumping speeds, improved vapor handling capabilities. They make an excellent choice for freeze drying and sterilization processes. The GVD vacuum pump are flexible and adaptable to different process needs. They are multiple size variants available, along with pump systemization options, featuring a wide-range voltage IE4 motors.

Mechanical Vapor Recompression (MVR) system

Atlas Copco MVR systems recycle the secondary steam energy to support processes like evaporation, concentration and distillation processes. Each system can be customized to your specific production capacity and environment. The MVR process needs no extra steam input. This increases in energy-efficiency by lowering consumption and ensuring significant cost savings, especially when you compare it with traditional single or multi effect evaporators. This solution also ensures reduction in CO2 emissions associated with the process.

GHS VSD⁺ series

GHS_2700_VSDPlus
The GHS VSD+ oil-injected screw vacuum pump series is a high-performance, plug-and-play pump and is highly recommended for pharmaceutical packaging needs. This new technology ensures higher efficiency at all speeds when compared to classic motors. These new motors are oil-cooled, with oil lubricated bearings that provide optimal cooling at any speed. It even has a compact footprint of lesser than two square meters. thanks to the new design of the vertical drive train.