VACUU·PURE 10C vacuum pump
With the new VACUU·PURE® 10C, VACUUBRAND introduces a unique chemically resistant, oil-free screw pump for vacuum down to 10-3 mbar. The pump features maintenance-free technology with no wear parts and delivers a pumping speed of 9 m3/h. Users benefit from clean processes, greater efficiency, and improved sustainability.
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VACUU·PURE 10C is the ideal solution for processes in which aggressive gases or vapors are pumped and clean vacuum is also required. This lets the vacuum pump cover many application areas in the fields of analytics, chemistry, life sciences, pharmaceuticals, for work ranging from bench-scale research & development up to the kilo laboratory. It is ideal for processes such as vacuum drying, Schlenk lines, heat treatment, distillation, degassing, coating, or as fore vacuum for turbomolecular pumps. VACUU-PURE is a new, innovative technology for the vacuum range down to 10-3 mbar. Uniquely among fine vacuum pumps, VACUU∙PURE pumps can also be used continuously at higher pressures, i.e. in the complete working range between atmospheric pressure and the ultimate vacuum of the pump.
Clean processes and sustainability
VACUU·PURE is a significant advancement of dry screw pump technology. VACUU∙PURE’s special design features two cantilevered spindles and a magnetic gear which is completely oil-free. The spindles run contact-free, eliminating wear and abrasion. This allows clean processes and pure products without contamination by oil or lubricants in the entire vacuum range down to 10-3 mbar. This also contributes to the protection of the laboratory and the environment, as oil emissions and waste oil disposal are eliminated. Due to the contact-free, lubricant-free design, no regular maintenance is required. The vacuum – and the purity of the process – is not affected by wear and tear of wear parts.
High chemical compatibility and efficiency
To work with aggressive gases or vapors, wetted components of the vacuum pump are all made of chemically resistant plastics. A thick PEEK encapsulation protects the spindles and stator in the pump chamber. The high chemical compatibility allows efficient pumping without interruption – an upstream cold trap is not necessary in most processes. The optimized screw pump also features high condensate tolerance, which means that no gas ballast is required, even with high chemical vapor generation. An integrated regeneration mode allows the vacuum pump to dry quickly after the end of the process.
Features
- 10-3 mbar vacuum range
- 100% oil-free
- Chemically resistant
- No wear parts
Applications
- Vacuum drying
- Distillation
- Heat treatment
- Schlenk Line
- Freeze drying
- Degassing
- Coating
- Fore vacuum for turbomolecular pumps
- Analytical applications
Brochures
VACUU·PURE® 10C Brochure
In this application note, the benefits of the VACUU·PURE 10C are outlined, VACUU·PURE reliably delivers the benefits of oil-free vacuum technology in the pressure range of 10-3 mbar.
The new vacuum pump combines three important benefits for the user:
- 100% oil-free
- Chemically resistant
- No wear parts.
Vacuum pumps to fit your laboratory device
VACUUBRAND products can be used for various applications with laboratory equipment from all well-known manufacturers. All you need to connect thepumps are the right connectors. The selection of the connection parts depends on the type of application and the vacuum connection of your laboratory device. With the help of this brochure, you can quickly and easily find out which connection parts you need for your application.
Gentle product drying: How vacuum enables freeze drying
Freeze drying is a technique that enables the preservation of many consumer products, such as vaccines, medicines, and foodstuffs.
In this white paper, VACUUBRAND provides an introduction to freeze drying, including insights into the phase states of water, and reveals the different vacuum pumps that can be used for this popular technique.
Freeze drying and sublimation: The importance of precise vacuum technology
The goal of freeze-drying is to dry samples as gently as possible. The physical principle of sublimation is used to let ice turn directly into a gaseous state without melting water forming. Vacuum plays a key role here, as sublimation is only possible under exact pressure conditions.
In this webinar, VACUUBRAND expert Carsten Ruth explains why a precise vacuum is crucial in this application and why too low pressure is counterproductive. You will also receive valuable advice on how to not only achieve optimum results and process times but also how to effectively protect your vacuum pump from wear.
- The principle of freeze-drying and sublimation explained
- Why exact vacuum is key
- Tips for optimal process performance
- Selection of the correct vacuum technology
- Tips for protecting the vacuum pump against wear
Who should attend
- Lab managers and technicians
- Process engineers
- R&D scientists
Next-generation vacuum technology improves efficiency and sustainability
Dry screw pumps for cleaner, greener labs
Freeze drying and sublimation: The importance of precise vacuum technology
Watch this on-demand webinar to learn more about the principles of sublimation and freeze drying, and hear top tips on selecting the best vacuum technology
