Parallel Fluidics

Automated lipid nanoparticles (LNP) can look straightforward until you need the same result, run after run, across a full screening campaign. We hear a consistent pattern from pharma teams: hitting particle size is achievable, but pushing encapsulation efficiency to 80%+ proves more difficult. And the settings that improve quality can introduce real constraints, like overflow or inconsistent injections. Even when analytics look promising, biological activity remains the benchmark. We design microfluidic interfaces around liquid handler realities, then validate repeatability across devices so teams can trust the workflow, not just the best run. Evaluating microfluidics for LNP screening? Book time with our Applications team: https://lnkd.in/ewnhhrKX #LNP #drugdevelopment #microfluidics #labautomation #biotech #pharmaceuticals

As we wrap up 2025, we’re thankful for every team that chose to build with us. Whether it was an early exploration build or a program milestone, it’s been a privilege to support the work you’re moving forward. We’re heading into the new year with expanded capabilities and an upgraded facility. While we complete the move, production will be paused through January 2nd. Planning a Q1 project? Send a CAD file, sketch, or a requirements note here: https://lnkd.in/euy-KjSf. Happy holidays from all of us at Parallel Fluidics. We’re excited to keep building with you in 2026.

We're proud to share that Parallel Fluidics was featured in a peer-reviewed publication in the Journal of Fluid Mechanics (Cambridge University Press & Assessment), one of the leading journals in theoretical and applied fluid dynamics. The paper introduces a new analytical framework for modeling flow and diffusion in microfluidic polygonal mixers, and validates it using a mixer chip we fabricated through a collaboration with Massachusetts Institute of Technology. Why this matters for LNP and nanoparticle workflows: • Mixing history shapes outcomes. Small changes in flow and diffusion can drive large differences in particle size distribution, uniformity, and performance. • This work makes mixing behavior in real geometries more predictable and reduces reliance on expensive simulations for every new design. • It creates a more direct connection between mixer design choices and particle outcomes, moving teams away from trial-and-error. This publication reflects something important about our process: production-grade chips from day one. Our microfluidic devices are robust and precise enough to support fundamental scientific research and model validation alongside commercial development workflows. Congratulations to the team: Etienne Boulais, Aniket Udepurkar, Cedric Devos, Martin Bazant, Allan Myerson, and Richard D. Braatz. If you’re building or refining a mixer design for LNP or nanoparticle work, let’s connect. We’re here to help you get predictable, repeatable mixing without losing time to avoidable iteration cycles. Publication: https://lnkd.in/eDgE_g6a For technical questions on the publication, reach out to Etienne Boulais.

Excited to share this special episode of 🎙️ RöhmCast, where our very own Duncan O'Boyle and Jonathan Cottet, PhD joined Mary Sue Morrison from Roehm to discuss our collaboration on microfluidic prototyping using CYROLITE® MD. In the episode, we dive into the design challenges of microfluidic systems and how choosing the right material—like CYROLITE®—can significantly improve performance, durability, and scalability. Thanks to Roehm for the opportunity to highlight how partnerships like this help us push the boundaries of what’s possible in microfluidics. 🎧 Listen to the podcast and check out the full case study here: https://lnkd.in/eW76PKhq #microfluidics #pmma #prototyping #innovation

🇺🇸 We’re headed to Special Competitive Studies Project - SCSP's AI+ Expo next week—and hope to see you in Washington D.C.! Join Parallel Fluidics and J2 Ventures for a private rooftop gathering at Foley Hoag LLP. We’re bringing together the builders, backers, and government leaders shaping the future of emerging technologies—from AI💡 to life sciences🧬. Hear from Parallel Fluidics cofounders Joshua G. and Andy Harris, on how they’re accelerating the next generation of life science tools—and turning bold microfluidic ideas into real-world products. Space is limited — RSVP now to save your spot 👉 https://lu.ma/bh13hz29 #SCSPAIExpo2025 #Microfluidics #EmergingTech #DualUse #LifeSciencesInnovation

🚀 Parallel Fluidics has been invited to speak at Special Competitive Studies Project - SCSP's AI+Expo next month. We’ll take the stage alongside national leaders in AI, defense, and frontier science to share how microfluidics will shape the future of the life sciences. Then, we’re heading to the rooftop. Join us, along with our partners at J2 Ventures and Foley Hoag LLP, for a private happy hour. We’re bringing together a select group of investors, founders, and government stakeholders for a gathering focused on technologies shaping the future. 📍 Washington, D.C. 🗓️ Monday, June 3 | 5:30 – 7:30 PM 🥂 Drinks, views, and meaningful conversations If you’re attending AI+Expo — or in the DC area — we’d love to connect. RSVP here: https://lu.ma/bh13hz29 #AIExpo #SCSP #Microfluidics #EmergingTech #NationalSecurity #LifeSciences #DefenseInnovation #ParallelFluidics

🚀 Parallel Fluidics is Exhibiting at Pittcon 2025! 🔬 We’re excited to announce that Parallel Fluidics will be showcasing our next-generation microfluidic hardware at Pittcon Conference + Exposition 2025 in Boston, MA, from March 1-5! Find us at booth #921 to explore how we’re redefining fluid handling and automation in life sciences. 🔧 What you’ll see at our booth: ✅ MV-1 and MV-2 Integrated Valves – Compact, high-performance solutions for precise liquid control ✅ Pipette Interface for Microfluidic Chips – Seamlessly connects liquid handling robots with microfluidic devices ✅ Custom Microfluidic Chip Design – Scalable fabrication for rapid prototyping and production If you're working in biotech, pharma, or diagnostics, come see how our microfluidic hardware can streamline your workflows and accelerate innovation. 📍 Let’s connect! Stop by booth #921 or reach out to schedule a meeting. #Pittcon2025 #Microfluidics #LabAutomation #Biotech #Diagnostics #ParallelFluidics

New hardware day! ⚒️ The Pipette Interface lets you run microfluidic studies with your existing lab automation. https://lnkd.in/eBRQBPEb

🎉 Parallel Fluidics is Heading to SLAS 2025! 🎉 We’re thrilled to announce that Parallel Fluidics will be exhibiting at SLAS 2025 International Conference and Exhibition in sunny San Diego! 📍 Visit Us: Booth #2810 📅 When: January 25–29, 2025 📌 Where: San Diego Convention Center, San Diego, CA 🔬 Join us at this premier event for life sciences innovation, where top scientists, technologists, and industry leaders come together to explore groundbreaking advancements in automation, microfluidics, and R&D workflows. 🔬 Let’s connect and discuss how we can collaborate to bring your ideas to life. Don’t miss the chance to see our technology in action and meet the team behind the innovation! #SLAS2025 #ParallelFluidics #Microfluidics #LifeSciencesInnovation #DrugDiscovery #SanDiego