High pressure homogenizers, such as NanoGenizer, prepare nanomaterial by producing high flow velocity through a small orifice, using a specially designed internal fixed geometry under high pressure from 10,000psi to 40,000 psi. During the homogenization process, changes in physical, chemical, structural properties occur, and as a result, homogeneous suspension takes place at nanoscale. The pressure of a conventional homogenizer is within 15,000 psi, while a high pressure homogenizer can achieve 30,000 psi, and an ultra-high pressure homogenizer can reach up to 60,000 psi.
The Role of Forced Degradation in Method Development, Manufacturability, and CMC Strategy
April 28th 2025Forced degradation studies are critical in biologics development, particularly for monoclonal antibodies (mAbs). These studies simulate long-term environmental stressors to uncover degradation pathways and ensure the stability of critical quality attributes (CQAs), aiding in robust chemistry, manufacturing, and controls (CMC) strategies and regulatory compliance.
3D Screen Printing: Enabling A New Generation of Complex Formulations
April 14th 20253D screen printing provides innovative drug development capabilities that are difficult or impossible to achieve with traditional methods, including complex multi-layered formulations, precision control over drug release profiles, and near-endless possibilities in the geometric shaping of dosage forms. In this article, learn how 3D screen printing offers unmatched flexibility to tailor formulations for specific therapeutic needs and redefines what’s possible in drug development and manufacturing.
ROSS Ribbon Blenders - Video in Action
March 26th 2025ROSS Ribbon Blenders meet the toughest standards for quality and long-term performance. Known worldwide for heavy-duty robust construction, high quality materials and fine craftsmanship, these blenders are available in a variety of customizable configurations ranging from laboratory sizes to 1000 cubic feet. We pay close attention to every detail in design and fabrication, a commitment that translates to higher production value for the end user.