M110P
Good things come in small packages. In the pharmaceutical industry, all good things start in the laboratory. The journey from concept to R&D, to pilot runs, through clinical trials and the FDA approval process, to the final manufacturing phase, begins with benchtop investigation. This small, “plug-and-play” benchtop cGMP-ready, continuous high shear fluid processor may not take much space, but it’s more than capable of handling challenging tasks on a small batch scale. Achieve stable nanoemulsions, stable nanodispersions, cell rupture/cell disruptions, deagglomeration, microencapsulation and more, with processing pressures up to 30,000 psi. Then, scale up seamlessly by switching to one of our larger, companion homogenizer machines.
M110EH
Still agreeably modest in its footprint, the Pilot Scale M110EH allows you to scale up from R&D to pilot runs with seamless scalability. Achieve uniform particle sizes, stable nanoemulsions and nanodispersions, and effective nanoencapsulation of active pharmaceutical ingredients (APIs). Microfluidics machines excel at achieving efficient cell disruptions, including notoriously challenging cell types, such as yeast and plant cells.
M700
Progress from R&D, to pilot runs, to the production of products suitable for clinical testing — and then on to full production runs with the Microfluidizer® processor family of highly compatible biopharmaceutical manufacturing machines. Our M700 processors enable you to replicate operating conditions — and results — from batch-to batch, as you scale up production. Available in basic, enhanced or aseptic models
MP350
Designed with full cGMP compliance in mind, the MP350 Microlyser™ processor maximizes high yields in cell disruption on the larger production scale. By utilizing a patented electric pumping system with Microfluidics’ Interaction Chamber™ technology, material undergoes identical conditions and guarantees repeatable results batch-to-batch at production volumes. This innovative hybrid approach is an ideal cell disruption solution for a variety of cell types -from E. coli to difficult yeast cells.
