
DV Vacuum pharmaceutical vacuum solutions are designed for processes requiring clean operation, stable vacuum conditions, and gentle handling of heat-sensitive materials.
Typical applications include vacuum drying, concentration, solvent recovery, crystallization, extraction, and reactor vacuum service for API production, herbal extraction, intermediates, and formulations.
Solution configurations are selected according to actual process conditions using dry screw vacuum pumps, liquid ring vacuum pumps, and engineered vacuum systems.
Pharmaceutical production often requires low-temperature and low-contamination process conditions to protect active ingredients, support drying performance, and maintain stable product quality during concentration, extraction, and related processing steps.
In many cases, process media include organic solvents, vapor-rich gases, and heat-sensitive compounds, which means vacuum equipment should be selected not only for vacuum level and pumping speed, but also for cleanliness, sealing reliability, and compatibility with the process.
DV Vacuum supports pharmaceutical customers with both standard vacuum pumps and custom-engineered vacuum systems selected according to actual operating requirements.
Suitable for gentle moisture or solvent removal using oil-free solutions like DVS-V Variable-Pitch Dry Screw Vacuum Pumps to protect active ingredients and eliminate oil contamination risks.
Used to concentrate extracts and process liquids under reduced pressure, helping lower thermal stress during processing.
Supports efficient closed-loop recovery of process solvents such as methanol, ethanol, and acetone, often integrated with dry systems like DVBS Roots + Dry Screw Vacuum Systems.
Supports controlled crystal formation under reduced pressure for pharmaceutical reactors and crystallization systems.
Used in herbal extraction and solvent-based processing where lower temperature and stable vacuum conditions are required.
Helps maintain stable vacuum conditions for reactors, intermediate processing, and related pharmaceutical equipment.
| Product / System | Recommended Use | Key Features |
|---|---|---|
| DVS-V Variable-Pitch Dry Screw Vacuum Pumps | Low-temperature vacuum drying, clean API synthesis, and solvent evaporation | 100% oil-free pumping chamber, lower exhaust temperatures, high energy efficiency, and zero contamination risk |
| DVBS Roots + Dry Screw Vacuum Systems | High-vacuum pharmaceutical drying, clean solvent recovery, and reactor vacuum systems | Completely dry compression, high volumetric displacement at deep vacuum, and closed-loop process integration |
| DVBL Roots + Liquid Ring Vacuum Systems | Moisture-heavy spiral drying, high-vapor herbal extraction, and condensable gas duties | High suction capacity paired with extreme tolerance for condensables, water vapor carryover, and process fluctuation |
| DVL Series / DVE Series Liquid Ring Vacuum Pumps | Wet-process evaporation, vapor-rich filtration, and general pharmaceutical utilities | Isothermal compression; DVL offers a compact monoblock build for moderate flow, while DVE delivers heavy-duty, high-capacity flow |
Pharmaceutical projects vary in solvent type, process temperature, equipment structure, and cleanliness requirements. DV Vacuum provides engineering support for pump selection and system design based on actual process data.
Oil-free dry pumps — typically dry claw or dry screw — are the industry standard. They eliminate oil backstreaming, meet clean-vacuum requirements for API drying, distillation, freeze-drying, and sterile transfer, and simplify validation.
Yes. Wetted parts use316L stainless steel with Ra ≤ 0.8 µm (or better) finishes, drainable housings, and crevice-free geometry. Most dry claw/screw models tolerate in-place cleaning and steam sterilization, supporting both CIP and SIP cycles.
Single-shaft sealed bearing design isolates lubricants from the process gas. For multi-product lines, we recommend dedicated pumps per API family or validated purge sequences (N₂ / steam) between batches, with full traceability on service records and material certificates.
Yes — IQ/OQ protocols, material traceability (3.1 certificates), FDA/EMA compliance statements, and surface-finish reports are all included. Factory acceptance testing is documented, and on-site validation support is available upon request.
Tell us your process conditions, medium characteristics, solvent type, required pumping speed, and working pressure. Our engineering team can recommend a suitable vacuum pump or custom-engineered vacuum system for your application.