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RMPD, or Rapid Micro Product Development, is a process for swiftly prototyping and manufacturing microfluidic devices like laminar flow elements. Specifically, RMPD is valuable for producing laminar flow elements with high aspect ratio channels, where the channel's height to width ratio is significant. This is crucial in microfluidic applications to minimize fluid shear stress and enhance laminar flow stability. With a wall thickness of 50µm and a height of 10mm, RMPD facilitates the rapid and precise development of intricate microfluidic devices, ensuring efficient fluid flow measurements and control. #3Dprinting #microfluidic #laminarflow

Yet another fantastic #vascularmodel we created from a design from Life Model Designs, another iteration ready to go, keep them coming Sean Gerke! Next up - make them flexible… #rapidprototyping #microfluidics #anatomicalmodeling #3Dprinting #additivemanufacturing #greatdesign

Webinar on Game Changing Throughput for the Stratasys F3300 is now available on demand! Discover why the F3300 is the MVP of FDM systems, doubling throughput and slashing costs per part! Gain insights into: ✅ Industry-leading features ✅ Parts produced using F3300 ✅ Throughput data that'll blow your mind! https://okt.to/9cHIvl #F3300 #BuiltforManufacturing #additivemanufacturing #addstratasys #Throughput #MakeAdditiveWorkForYou

Two track LPBF modeling using AM PravaH Ti6Al4V is a standard alloy used in additive manufacturing for multiple industries such as aerospace, medical implants and others. Here we have done LPBF 4-phase multiphase modeling for detailed melt pool and defect analysis for a two-track single-layer scan pattern. This simulation uses the software "AM PravaH" developed by Paanduv Applications. #lpbf #additivemanufacturing #ampravah #3printing

From the inventors of FDM, a revolutionary new platform built for manufacturing, the F3300. F3300. This platform includes multiple new developments in technology all designed to support the intense requirements for manufacturing. #F3300VideoSeries. #BuiltforManufacturing #additivemanufacturing #addstratasys #F3300 https://okt.to/pvwtIH

From the inventors of FDM, a revolutionary new platform built for manufacturing, the F3300. F3300. This platform includes multiple new developments in technology all designed to support the intense requirements for manufacturing. #F3300VideoSeries. #BuiltforManufacturing #additivemanufacturing #addstratasys #F3300 https://okt.to/vKlDd1

From the inventors of FDM, a revolutionary new platform built for manufacturing, the F3300. F3300. This platform includes multiple new developments in technology all designed to support the intense requirements for manufacturing. #F3300VideoSeries. #BuiltforManufacturing #additivemanufacturing #addstratasys #F3300 https://okt.to/GLMnaQ

From the inventors of FDM, a revolutionary new platform built for manufacturing, the F3300. F3300. This platform includes multiple new developments in technology all designed to support the intense requirements for manufacturing. #F3300VideoSeries. #BuiltforManufacturing #additivemanufacturing #addstratasys #F3300 https://okt.to/ZutqdO

Excited to share this case study!   When the RNDR Medical development team was looking for an alternative to the expense and long wait times of micro-molding for single-use distal tips, they came across our Projection Micro Stereolithography (PµSL) #micro3Dprinting technology. Capable of achieving resolutions of 2µm~25µm and tolerances of +/- 10µm~25µm, our microArch series looked to be a potential solution.   Our advanced technology enabled RNDR's team to achieve unprecedented levels of precision and speed in prototyping and initial production phases, enabling them to iterate designs rapidly and move confidently into production, cutting development time by half. Our printers ensure that even the most complex components, like the ureteroscope's distal tip, can be produced efficiently, at scale, and with the exacting standards required in modern medical practice.   🚀 Discover how BMF is transforming the next generation of medical device manufacturing. #MedicalDevices #InnovationInHealthcare https://lnkd.in/eWWU6e_F

Just sayin, we create legit guides at nTop 🔥 Check out our newest medical guide focused on implant design. You’ll learn: ➡ What makes additive manufacturing (AM), combined with advanced engineering design software like nTop, an optimal choice for personalized implants across several applications. ➡ How to automate your design workflows for personalized implants with nTop. ➡ How nTop can help you set up traceable design practices for regulatory compliance. See it here: https://ntopolo.gy/snl