Microfluidics

What makes leading pharmaceutical companies choose Microfluidics for their nanotechnology needs? Our cutting-edge technology sets the standard with higher yields of active ingredients and enhanced control over process consistency. Our Microfluidizer® processors are the industry benchmark for high-shear applications. The synergy of our constant pressure pumping system and unique fixed-geometry Interaction Chamber™ elevates our Microfluidizer® technology, empowering our clients to achieve exceptional results. Discover how Microfluidics designs, develops, and constructs to the highest standards https://hubs.la/Q030G2BD0 #InteractionChamber #highshearprocessors #Microfluidics #Microfluidizertechnolgoy #Microfluidizerprocessor

Lipid Nanoparticles (LNPs) are promising non-viral delivery vehicles composed of a specific mixture of lipids including cationic/ionizable lipids, and other excipients. A technology that has been in development for some time, the recent COVID-19 vaccines by companies such as Moderna and Pfizer have vaulted LNPs into the spotlight as critical delivery systems of nucleic acids, especially messenger RNA (mRNA). This technology not only protects the payload but also overcomes multiple physiological barriers. In addition to facilitating rapid vaccine development, LNPs are capable of carrying and delivering therapies that may be useful in a number of applications, including infectious disease, immuno-oncology, genetic disorders, and neurodegenerative conditions. In this application note, we explore how Microfluidizer® technology plays a vital role in safely producing lipid nanoparticles. Learn more about our case study with Cayman Chemical Company which uses Microfluidizer top-down technology to achieve small, uniform particle sizes for LNP production. https://hubs.la/Q030F5g80 #LNPs #topdownmanufacturing #lipidnanoparticles #LNPmanufacturing #vaccinemanufacturing #Microfluidics #Microfluidizertechnology #Microfluidizerprocessor

Discover the power of precision with the Microfluidics M110P benchtop processor! Perfect for research and development, this user-friendly processor fits seamlessly under standard lab hoods. Its scalable results make it a game-changer for universities worldwide. How could the M110P enhance your lab's efficiency? Learn more about Microfluidics M110P benchtop processor. https://hubs.la/Q030F3Ss0 #Microfluidics #Highshearprocessor #labscaleprocessor #benchtophighshear

Thank you! What a year it's been! At Microfluidics, we have been truly inspired by the exciting activities and remarkable individuals we had the honor of connecting with over this past year. From attending tradeshows and volunteering to hosting training sessions and enjoying some fun moments, we are sincerely thankful to everyone who made 2024 so uniquely special. As the year comes to a close, we appreciate your role in our success and eagerly anticipate what 2025 has in store. https://hubs.ly/Q030sNjt0 #Microfluidics #IDEXMPT

Warmest wishes for the season from all of us at Microfluidics. May you enjoy a joyful holiday and a prosperous New Year! #happynewyear #joyfulholiday #Microfluidics #seasonsgreetings

As we approach the end of 2024, it's the perfect time to review your spare parts inventory and ensure you have enough on hand to confidently launch next year's projects. Our dedicated customer service team is ready to assist you in evaluating your 2024 and 2025 budgets, helping you identify the essential spare parts needed to optimize your Microfluidizer® processor's performance and avoid any unforeseen interruptions. Call our team TODAY! https://hubs.la/Q02_ZVh60 #newendgoals #Microfluidics #Microfluidizerprocessor #aftermarketservices # OEMparts

What pilot scale processor can achieve lab scale results and repeat those same results on a smaller production scale? The M110EH is ideal for pilot scale batch processing. It's similar to having a miniature version Microfluidics' production homogenizer. With Microfluidics' fixed-geometry Interaction Chamber™ technology, the M110EH produces pilot scale results comparable to those achieved in the lab. These same results can be guaranteed to full scale up commercialization. Learn more about this dynamic processor: https://hubs.la/Q02_ZW3F0 #highshearprocessor #highshearpilotscale #highfhearfluidprocessors #Microfluidics #Microfluidizertechnology #Microfluidizerprocessor

Why is the LM10 in such demand at major research colleges and universities? The LM10 benchtop processor is simple to use. Our Microfluidics' engineers have designed this machine so minimized training is required for operation. Also, by maintaining step-by-step, identical processing conditions, results are repeated batch-to-batch which is beneficial for keeping continuity among multiple operators. The LM10 is easy to maintain. Due to the compact design, cleaning is simple and replacement parts are few. Learn more about how the LM10 is a perfect solution for university projects: https://hubs.la/Q02_FX--0 #Microfluidics #Microfluidicsprocessor #Microfluizertechnology #Microfluidizerprocessor #labscaleequipment #highshearprocessing

Thank you for making 2024 an incredible year. At Microfluidics, we are truly inspired by the dynamic activities and extraordinary individuals we had the privilege of connecting with throughout this year. As we attended tradeshows, volunteered, held training sessions, and celebrated with a bit of fun, we are truly grateful to everyone who made 2024 uniquely special. As 2024 winds down, thank you for being a part of our success. We look forward to seeing what 2025 brings. https://hubs.la/Q02_wPHD0 #Microfluidics #IDEXMPT

One of the more beneficial chemotherapeutic delivery platforms is nanoparticle albumin bound (nab) paclitaxel due to its high efficiency and improved tolerability. The best and proven way to create nab-nanoparticles is through the process of emulsification. Microfluidizer® technology is a proven technology in nanoemulsion applications, which is a critical step in creating the nab paclitaxel nanoparticles which require precise particle size control. Drug delivery nanoemulsions must be sterilized and sterile filtration is a cost efficient and gentle method. Through Microfluidizer® technology, very narrow particle size nanoemulsions are created and can pass through sterilizing filters without losing product or clogging the equipment which would hinder production. Microfluidizer® processors not only produce stable emulsions but also facilitate efficient sterile filtration which comply with cGMP regulations. https://hubs.la/Q02_9tf10 #NAB #nanoparticlealbuminboundpaclitaxel #nabpaclitaxel #nabnanoparticles #Microfluidizertechnology #nanoemulsions #Microfluidics #Microfluidizerprocessors #cGMPmanufacturingregulation #drugdeliverynanoemulsions