🧪 SK-L180-S Intelligent Linear Shaker – Operation Demonstration See how easy it is to operate the DLAB SK-L180-S Intelligent Linear Shaker. This video demonstrates: ✅ Quick speed and timer settings ✅ One-touch mode switching ✅ Adjustable speed from 40–200 rpm ✅ Simple start/stop operation ✅ Stable sample fixation with binding straps for secure mixing Designed with an intuitive interface and smooth linear motion, the SK-L180-S delivers reliable mixing for routine laboratory applications. 📩 Contact us to learn more about DLAB laboratory solutions. 🌐 Learn more: https://www.dlabsci.com/ #DLAB #LinearShaker #LaboratoryEquipment #SampleMixing #LabTechnology #ResearchLab #LifeScience #ScientificEquipment #LaboratorySolutions #Biotechnology

👨🎓 A valuable read for anyone working in [Micro Citation Topics]: The Influence of the Steam Sterilization Process on Selected Properties of Polymer Samples Produced in MEX and JMT Processes. 📝The study showed that steam sterilization temperature affected the flexural strength and surface roughness of medical polymer materials (PEEK by MEX and MED610 by JMT). 🔗 Link: https://lnkd.in/g4XDPQtW   #OpenAccess #MaterialsScience #3Dprinting #additivemanufacturing

🔬 Our customer required assistance in the development of a complex, high volume biosensor device that required tight tolerances and fast, very accurate assembly. ADDEV Parafix were heavily involved in the design and development of the biosensor components using laser, plotter and tooled development parts through our R&D Department. Optimum designs and materials were determined, resulting in the production of five components with very specific functions, including a flow cell, made with an inert diagnostic spacer tape, a flow cell lid using a hydrophilic film, a microporous mesh for air flow and barrier to liquid, a component for recognition in vision systems and a PET backing to provide stiffness and enhance aesthetics. We identified suitable materials and developed the biosensor components and assembly process, incorporating our automated assembly equipment for quick and very accurate assembly. Read about this project in more detail on our website! #Biosensors #MedicalConverting #MedicalTechnologies #HealthcareCaseStudy #CleanRoom #MedTech

UV-vis Spectrophotometer BZUS-501 operates across a 190 to 1100nm wavelength range with a 2nm spectral bandwidth, automatic wavelength calibration, and a quasi-double beam, double-optical-path design. July marks UV Safety Month, a timely reminder of how UV-Vis instrumentation supports UV-related research and quality verification, including: Sunscreen and cosmetic SPF/UVA-UVB absorbance testing UV-blocking fabric, film, and eyewear material analysis Environmental monitoring of UV exposure effects on materials and compounds Built for laboratories across life science, environmental science, food science, metrology, and chemical industries running photometric measurement, kinetics, and DNA/protein testing. 🔬 info@labzee.com Learn more: https://lnkd.in/dGpiHy7B #Labzee #UVVisSpectrophotometer #LabEquipment #Spectroscopy #ResearchLab #QualityControl #UVSafetyMonth #Metrology

Yesterday I wrote about where diagnostics is heading. Today, here’s almost all of it in a single cartridge. This is one reference design from Team HiComp — not a product pitch, but an example of what “everything working together” actually looks like: • Saliva in — no blood, no swab • Sample prep built into the cartridge, not bolted on around it • LAMP isothermal amplification — no thermocycler • Lateral-flow readout — the “old” tool doing exactly what it does best • A visual result in ~30 minutes, at a sub-$10 unit-cost target The point isn’t any single piece. Each of these is well understood on its own. The hard part — and where microfluidics actually earns its keep — is integrating all of them into one cartridge that someone can use at their kitchen table, and that can still be built at cost, at scale. That’s the conversation we enjoy most: not “which assay,” but “how do we make the whole thing real” — from first concept to a manufacturable cartridge. If you’re building an at-home or point-of-care test, this is exactly the kind of problem we help solve. See how the full workflow comes together: https://lnkd.in/gHNkk7Fg Or come find us in person — ADLM Booth #2583. #ADLM2026 #Microfluidics #POCT #AtHomeTesting #LAMP #LateralFlow #Diagnostics #CDMO

Here's a scientific solution we're proud of.   In spray-dried dispersions, particle wall thickness affects how a tablet compacts, holds together, and dissolves. But these walls are so thin they sit at the resolution limit of micro-CT. Standard image processing techniques fail to properly segment these walls due to resolution and contrast limitations, missing critical microstructural information that affects product performance.   digiM patented a method that reconstructs those thin walls from the image, reading their shape and curvature to recover a real, measurable number. Published work ties the reconstructed wall thickness to tablet strength, porosity, and dissolution, further proving its effectiveness.   Good science solves real problems. #microstructure #digiM #pharma #dissolution #spraydrieddispersion

You're trying to meet new regulations while keeping costs low. We have the lab, the PhDs, and our nanolayer coextrusion technology. That is the premise behind #FilmsAsAService, Peak Nano's contract research and development program. You bring your film challenge and the specifications. Our chemists, engineers, and technicians work with you to develop a nanolayer film structure that helps you: - Hit performance specs with fewer resins and fewer distinct layers - Cut material cost and improve efficiency - Get ahead of regulatory and sustainability pressure, including PFAS and recyclability And we move in weeks, not years. And it works. We recently helped a packaging company remove materials of concern while maintaining film properties and driving down costs by re-architecting its film with nanolayer coextrusion. From there, we're flexible in how we scale based on your volumes and timeline needs. Learn more about our contract research here: https://lnkd.in/dDjdBmFz #MaterialsScience #Packaging #AdvancedManufacturing

Experience a smarter way of pipetting with the E-Pette Electronic Pipette. 🔬 Designed to improve efficiency, accuracy, and user experience, E-Pette brings intelligent features to modern laboratories. ✨ 2.1-inch HD OLED touchscreen with an intuitive interface for easy operation ✨ One-touch tip ejection to reduce hand strain ✨ High-precision motor for accurate and consistent pipetting ✨ Smart data management with traceability for reliable results ✨ Built-in calibration reminders to maintain long-term accuracy ✨ Multiple operating modes to support different experimental requirements From routine pipetting to complex liquid handling tasks, E-Pette provides flexible and reliable solutions for today’s laboratories. 🌐 Learn more: https://www.dlabsci.com/ #DLAB #EPette #ElectronicPipette #LaboratoryEquipment #LifeScience #LabTools #Biotechnology

RadTech invites technical presentations and case studies focused on new applications, new materials, and real-world challenges solved with UV+EB technology. The 2027 Call for Papers invites abstracts for technical presentations and case studies that connect advances in new materials, chemistries, equipment, and processes to real end-user needs.  ➡️ https://hubs.li/Q04nVtDy0 #RadTech #UVEB #tradeshow

In fields such as hydrogels, GelMA, and 3D bioprinting—where materials must cure while simultaneously protecting living cells—choosing a photoinitiator is never a single-criterion decision. It must be efficient, safe, water-soluble, formulation-friendly, and proven at scale, and few molecules satisfy all of these conditions at once. LAP (ChemWhat Code 1208803) is one of the rare answers that genuinely holds up at this intersection. Its value lies not in any single "best-in-class" parameter, but in simultaneously meeting multiple demanding requirements—precisely what sets it apart from TPO, Irgacure 819, Irgacure 2959, Eosin-Y, and other photoinitiators.