Henniker Plasma

🔬 Henniker Plasma | Quarterly Newsletter Release ⚡ Welcome to the latest edition of our quarterly newsletter! 🚀 In this issue, we explore the latest advancements in plasma science and technology, from surface treatment innovations to real-world applications and insights from our network. Plus, we’re sharing updates on Warranty Extensions and Service Contracts—helping our customers get even more value from their systems. 📩 We’d love to hear your thoughts! Let us know what you found most interesting and what you'd like to see in future editions. #PlasmaTechnology #Innovation #SurfaceScience #HennikerPlasma

🔬 Which PDMS Bonding Method Works Best? A Comparison for Microfluidics 🔬 If you’ve worked with PDMS bonding, you know the challenge: - Weak adhesion leads to delamination and leakage - Inconsistent bonding affects device performance - Complex methods can slow down fabrication While plasma treatment is a leading solution, how does it compare to traditional methods? Let’s break it down. Swipe through for a quick comparison! ➡️ Visit our website for more information: https://buff.ly/4eWXgyb #Microfluidics #PDMSBonding #PlasmaTreatment #LabOnAChip #MaterialsScience

Surface Preparation for High-Resolution Influenza Genome Imaging Research A recent bioRxiv preprint uses high-throughput DNA-PAINT to study the influenza A virus genome. Researchers from the University of Oxford and the University of Warwick analysed over 10,000 virus particles, gaining insights into genome packaging and its role in viral evolution and reassortment. These findings could inform future research on virus assembly and outbreak control strategies. For sample preparation, the team used the Henniker Plasma HPT-100 system to plasma clean glass coverslips, improving surface cleanliness for high-resolution imaging. While our plasma system played a small role in this research, it contributed to the precise sample preparation needed for high-resolution imaging. Studies like these highlight the importance of surface preparation techniques in advanced microscopy and virology research. Read more here https://buff.ly/41iUONE #microscopy #virology #plasmacleaning

🥾🥾🥾Members of team Henniker, including Mossy the springer spaniel and Goose the labrador, enjoyed a Saturday morning hike in the beautiful English Peak District this weekend. #team

Enhancing Cardiovascular Implants with Precision Surface Chemistry A study by Loughborough University, published in J Biomedical Materials Research, highlights advancements in cardiovascular implants through precision organosilane surface modifications. This research focuses on selectively promoting endothelial cell growth while suppressing smooth muscle cell proliferation — critical factors in reducing thrombosis risk and improving implant integration. Key insights from the study: - Selective Surface Chemistry: Amine-modified surfaces significantly enhance endothelial cell proliferation, while simultaneously limiting smooth muscle cell activity. - Advanced Plasma Activation: Oxygen plasma treatment (Henniker Plasma HPT-200) plays a role in preparing glass coverslips, ensuring superior bonding and bioactivity. Modification Process Summary 1. Plasma Activation: HPT-200 2-minute oxygen plasma treatment at 60 W 2. Organosilane Treatment: Various chemistries were used, including: - Methyl (-CH₃): Dimethyldichlorosilane (DCDMS) - Amine (-NH₂): 3-Aminopropyltriethoxysilane (APTES) - Thiol (-SH): 3-Mercaptopropyltrimethoxysilane (MPTS) Increased Surface Hydrophobicity: Wettability tests showed a marked rise in contact angle, indicating enhanced surface hydrophobicity post-modification. The Bigger Picture This research showcases the power of plasma-enhanced surface chemistry to refine cell-specific interactions, paving the way for safer and more effective cardiovascular implants. The Henniker Plasma HPT-200 achieved precise chemical bonding, reinforcing its value in high-impact biomedical innovation. For more details, explore the full research article or learn about the HPT-200 model: https://buff.ly/4adDRXO Courtesy of J Biomedical Materials Res - 2024 - Acar - Tuning Surface Chemistry Impacts on Cardiac Endothelial and Smooth Muscle Cell. #materialscience #matsci #Endothelialization #CardiovascularImplants #Bioactivity #SurfaceChemistry

📢 We’re Hiring: Marketing Manager 📍 Location: Runcorn, Cheshire Join Henniker Scientific, and lead our plasma surface treatment solutions marketing strategy. Collaborate with Sales and Leadership to drive relationship marketing, lead generation, and data-driven insights. If you’re a creative, data-savvy B2B marketer passionate about technology and innovation, we’d love to hear from you! 🔗 Learn more and apply today. #MarketingManager #B2BMarketing #HighTechInnovation #HennikerPlasma #JoinOurTeam https://lnkd.in/epfdVbbE

🎉 Happy New Year! Here’s to a successful 2025 filled with new milestones, continued growth, and exciting developments for all. We can’t wait to collaborate with all of you in the coming year. #HappyNewYear #NewYear2025 #PlasmaTechnology #Innovation

Reflection on 2024: This year we launched our webinar series to educate professionals and researchers on plasma technology. Our first session on plasma surface treatment for adhesion helped attendees improve their processes, offering practical insights for real-world applications. While we didn’t manage to host another session this year, we’re excited to bring you more engaging webinars in 2025—stay tuned! Watch it here - https://buff.ly/4gHQBYz #PlasmaSurfaceTreatment #Webinars #MaterialScience #Nanotechnology