“The availability of a production scale liquid-liquid separator for flow chemistry and continuous manufacturing is a very important advancement for the field." - Dr. Matthew Bio, CEO Snapdragon Chemistry
CAMBRIDGE, Mass. (PRWEB) March 09, 2018
Zaiput Flow Technologies announced its newest product, SEP-3000. Processing up to 3 liters/minute, SEP-3000 is more than one order of magnitude faster than the largest phase separator/extractor currently marketed by Zaiput and for the first time ever enables separation in continuous flow at production scale.
“The availability of a production scale liquid-liquid separator for flow chemistry and continuous manufacturing is a very important advancement for the field. A higher degree of process integration and process intensification is now available to quickly move from bench scale to production,“ says Dr. Matthew Bio, CEO of Snapdragon Chemistry.
Zaiput’s proprietary technology is the only scalable separation technology available for continuous, pressurized processes. This advancement in the throughput of Zaiput's separators is expected to create new opportunities for companies that are looking to reduce production costs while improving safety and efficiency. With the release of SEP-3000, Zaiput delivers on its promise to offer an innovative range of products that empower users to seamlessly scale up.
"We expect this announcement to be especially interesting to companies that are moving into continuous manufacturing and are looking for simple, safe, and cost-saving ways to scale up," says Zaiput CEO, Andrea Adamo.
Other important features of Zaiput’s patented technology include:
- Separation of emulsions
- Ability to separate liquids with the same density
- Plug and play functionality
- Minimal internal volume
- Easy usage and maintenance
Zaiput Flow Technologies is an MIT spinoff that commercializes proprietary technology that enables liquid-liquid separation for continuous chemical manufacturing (leveraged for pharmaceutical production). Zaiput is committed to the development and commercialization of innovative, high quality tools for the enhancement and growth of flow chemistry.