Boston Micro Fabrication - BMF

#Medtech moves fast and BMF is here to support healthcare innovation trailblazers. Join us at Informa Markets - Engineering MD&M Minneapolis — part of Advanced Manufacturing Minneapolis. We'll be there on October 16th & 17th with Parvus 3D, LLC showing off our microArch S240 and the incredible high-precision parts that we're known for. Stop by booth 2406 to speak with our team and discover the possibilities that our technology can unlock for your application.! #ADMMinn Register here: https://lnkd.in/e79d4EBJ

Keratitis, an inflammation of the cornea caused by injury or microorganisms, can be challenging to treat due to barriers that limit drug delivery to the cornea. Traditional treatments like antibiotic eye drops are often less effective because of reduced bioavailability and dilution by tears. To overcome these challenges, researchers from Wuhan University have developed a self-implantable microneedle (MN) patch, published in the journal "Small." This patch uses a core-shell structure to protect active pharmaceutical ingredients, ensuring sustained intraocular drug delivery. This innovative approach could significantly improve the treatment of bacterial keratitis compared to conventional methods. Additionally, this research highlights the broader potential of micro #3Dprinting technology in #precisionmedicine for creating customized medical devices for various treatments, enhancing drug delivery and patient outcomes. Learn more about our medical applications: https://lnkd.in/ghAcvep7

Carl Leonard 🐐(TCT🏆🏆) finished another install of our microArch S240 last week! Researchers, Daria Andreea Farcas, Nusrat Jahan, and Aprilia Nur Tasfiyati at UCL, UCL Biochemical Engineering are working on #microfluidics and chromatography, a process for separating components of a mixture - first dissolved in a substance called the mobile phase, then carried through a second substance called the stationary phase. A special thanks to Dhushy Stanislaus for allowing us into the lab to complete our work.

We're out here at Micronora trade fair - Microtechnology & Precision. Come visit us in Hall C Booth 307. We have our microArch S240 on display along with micro parts, #3dprinted with unrivaled precision and accuracy. Come say hi and discover how our PµSL technology is transforming industries! #microtechnology #3dprinting

This summer, we had the pleasure of showing Vanesa M. Listek from 3DPrint.com around our MA headquarters. Our CEO, John Kawola discussed the company’s origin and shared a peek of where we’re headed, highlighting BMF’s global innovation approach and the importance of #3Dprinting for end-part production, especially in #micro applications. Check out the full article to learn more from John and Vanesa’s conversation and a look inside our HQ! https://lnkd.in/emaKicVe

🔬Join our team next week in Besançon, France, at the Micronora trade fair - Microtechnology & Precision – the leading event for #microtechnology precision, and miniaturization—exactly what we specialize in! You can find us in Hall C, Aisle 3, Stand 307. Stop by to explore our micro parts, crafted with unparalleled precision and accuracy. Learn more: https://micronora.com/ Can't make it to France but still want to discover what we can do? Contact us here: https://bmf3d.com/contact/ #3dprinting

🚀 Precision in the Size of a Pencil Eraser: Advancing Surgical Innovation with High-Precision 3D Printing Pristine Surgical’s Summit™ 4K single-use arthroscope is revolutionizing minimally invasive surgery with its compact, sterile design and 4K imaging. But creating a device as small as a pencil eraser, packed with electronics and optics, posed significant challenges. 🔍 The Challenge: Micron-level precision was needed for rapid prototyping—something traditional 3D printing couldn’t achieve. ⚙️ The Solution: Boston Micro Fabrication (BMF) delivered with micro-precision 3D printing, enabling: -Micron-level resolution -Rapid prototyping -Design validation 💡 The Result: BMF’s technology accelerated development, cutting time-to-market and enabling Pristine Surgical to deliver a groundbreaking device. "Our BMF 3D printer is a critical part of our design and development process. Having this tool allows for rapid iteration of new ideas and concepts, saving us time and money by accelerating the product’s journey to market,” said Michael Herda, Director of Product Development & Systems Management. #3DPrinting #MedicalInnovation #PrecisionEngineering #MinimallyInvasiveSurgery Read more: https://lnkd.in/dn5azCnf

Our French Sales Manager, Jany Michelet, is attending the International Micro and Nano Engineering Conference in Montpellier this week. Visit us at booth 24 to discover our micro parts, crafted with unparalleled precision. Our microArch systems excel in rapid prototyping and manufacturing parts with micron-level precision and repeatability, making them ideal for applications in medical devices, electronics, microfluidics, and more. #3dprinting #microengeneering

Join us next week in France for MNE 2024! Jany Michelet, our French Sales Manager, will showcase our micro-precision parts. Created using PµSL technology on our microArch platforms, our ultra-precise micro parts are driving innovation across an array of applications including #medicaldevices, #MEMS, #electronics, #photonics, and more. Visit us in booth 24! https://mne2024.imnes.org/

We're teaming up with Medical Alley and Parvus 3D, LLC to bring you a webinar to explore all things #3Dprinting within the world of #medicaldevices. While 3D printing has transformed industries, its potential is still underestimated, especially at the micron level. Hear from our Senior Application Engineer, Jake C. as he talks about the latest advancements in micro-printing technology, including printer types, materials, and capabilities. Also hear from Sheila (Vaziri) Ziobro of Parvus, a Biomedical Engineer turned 3D microprint strategist about the challenges faced in industries where micron-level precision is critical, emphasizing the need for a comprehensive understanding of designing for micro 3D printing. Join us on September 24th as we demystify micro-printing, showcasing its evolution from traditional 3D printing and its profound impact on medical device development. Learn more & register for this free webinar here: https://lnkd.in/eSBJWUnn