Hamilton Process Analytics | LinkedIn (original) (raw)
Biotechnologieforschung
Bonaduz, Graubünden 12.070 Follower:innen
Hamilton Process Analytics - Pionier auf dem Gebiet der Messtechnik.
Info
Der Bereich Process Analytics ist eine Geschäftseinheit von Hamilton, ein führendes Unternehmen auf dem Gebiet der Messtechnik und für Liquid-Handling-Lösungen. Bei Hamilton Process Analytics treiben wir die Entwicklung offener Lösungen voran, um das Verständnis und die Kontrolle kritischer Prozessparameter zu verbessern. Die enge Kooperation mit unseren Kunden stärkt unsere Vision: exzellente Messtechnik, die nahtlos mit der Infrastruktur von heute und den Möglichkeiten von morgen zusammenarbeitet.
Branche
Biotechnologieforschung
Größe
1.001–5.000 Beschäftigte
Hauptsitz
Bonaduz, Graubünden
Gegründet
1968
Spezialgebiete
pH sensors, dissolved oxygen sensors, conductivity sensors, ORP/redox sensors, cell density sensors, intelligent sensors, sensors for biopharma, sensors for brewing/fermentation, sensors for biotech, sensors for cultivated food, sensors for PAT und GMP
Updates
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12.070 Follower:innen
4 Tage
There is still time to register for our upcoming webinar "How PAT Can Drive Sustainability in Precision Fermentation". Join us next Tuesday or Thursday to discover how PAT tools can drive sustainability in precision fermentation. What we will discuss: 💡Optimizing production processes 💡Reducing resource consumption 💡Transitioning to sustainable practices Don't miss this opportunity to gain valuable insights from Dr. Christoph Herwig, Jens Reineke, Yavuz Celik, and Dr. Charlotte Hughes and discover how to make your precision fermentation processes more sustainable. Session 1 (EMEA/Americas): https://hubs.li/Q02VWkXr0Session 2 (EMEA/APAC): https://hubs.li/Q02VWh5M0 #Hamilton #Webinar #PAT #PrecisionFermentation #Sustainability #Fermentation -
12.070 Follower:innen
1 Woche
Do you know #HowTo maintain a polarographic DO (Dissolved Oxygen Sensor)? With the exception of the FDA type, the Hamilton OxyFerm sensors are shipped dry (no electrolyte in the membrane cartridge). The membrane cartridge must be carefully unscrewed from the sensor body, pre-rinsed with the corresponding electrolyte, and then filled with 1.0–1.5 mL of that electrolyte. Care must be taken not to touch or break the cathode/ anode glass assembly. The filled membrane cartridge must be screwed tightly to the sensor body. Continue reading on how to set-up and maintain an OxyFerm sensor in our knowledge base article: https://hubs.li/Q02VVZz_0 #Hamilton #ProcessAnalytics #DissolvedOxygenSensor #DOSensor #BioProcess -
12.070 Follower:innen
2 Wochen
Happy Halloween from Hamilton! Wishing everyone a frightfully good day filled with treats (and maybe a few tricks). 👻🎃#Hamilton #Halloween -
12.070 Follower:innen
2 Wochen
There is still time to reserve your seat for The Future of Protein Production's webinar 'PAT in Precision Fermentation - Optimizing Product Quality' happening tomorrow! Sign up here: https://lnkd.in/g3ssQKsqLearn how PAT is shaping the future of food by optimizing precision fermentation processes: 💡 Explore analytical techniques like spectroscopy and sensor technologies used to monitor product quality in real-time. 💡Understand how real-time insights enable improvements in product yield, consistency, and scalability. 💡Discover real-world examples of PAT’s role in producing high-quality alternative proteins and food ingredients.#PAT #Hamilton #FutureOfProteinProduction #PrecisionFermentation #ProcessAnalytics #Webinar
19.782 Follower:innen
2 Wochen Bearbeitet
Tomorrow's free-to-attend webinar is clearly a popular one, with a few hundred virtual seats already snapped up! Sign up today to join live or watch on-demand. PAT (Process Analytical Technology) in Precision Fermentation – Optimizing Product Quality on Wednesday 30 October 2024 starts at 2pm London/3pm Berlin and 10am New York timehttps://hubs.ly/Q02W86cV0As we look to the future, precision fermentation is emerging as a transformative approach to tackle global food challenges. How do our participants see this technology addressing sustainability, food security, and resource efficiency as consumer demand grows? What potential does it have to complement traditional agriculture and contribute to a diverse, resilient food ecosystem? 🌍 We'll also discuss the challenges. Scaling from R&D to commercial-scale fermenters is also no small feat. From adapting bioreactor technology to cost-efficient production and consistency, you'll learn the main hurdles and solutions our panelists are using to overcome the challenges. Transfer from lab to large-scale fermenters, meanwhile, often faces challenges with aeration, heat transfer, and the need for cooling systems. What innovations are helping companies bridge these gaps?🌡️ Advanced feeding strategies and real-time process controls (PAT) play a crucial role in achieving consistency at scale. As automation and digitalization evolve, closed-loop systems enable real-time corrections, bringing scalability and efficiency closer together. How do our panelists see these technologies shaping future production? 🔄 Precision fermentation is still emerging, but it’s costly. From metabolic modeling to ML-driven decision-making, what strategies are companies adopting to bring down costs and make this technology accessible? What collaborations are enabling scale-up success? 💼 We’re eager to hear from leaders such as Charlotte Hughes, PhD from Hamilton Process Analytics, Anastasia Krivoruchko from Melt&Marble, Arik Ryvkin, PhD from DairyX, Francisco M. Codoñer, PhD, Executive MBA from ScaleUp Bio, Adam Leman Ph.D. from The Good Food Institute and Klaus Kienle from Food Brewer as they share insights on scaling, quality control, and cost reduction. Together, let’s explore how precision fermentation is shaping a sustainable and secure food future! 🌎#FutureOfFood #PrecisionFermentation #Sustainability #FoodSecurity #Innovation #ScaleUp
PAT (Process Analytical Technology) in Precision Fermentation – Optimizing Product Quality | Protein Production Technology app.livestorm.co -
12.070 Follower:innen
3 Wochen
Join us for Session 2 of our upcoming Hamilton Process Analytics webinar: 'How PAT Can Drive Sustainability in Precision Fermentation' on Thursday, November 21st. Discover how Process Analytical Technology (PAT) can revolutionize your precision fermentation processes. Learn how to: - Optimize production processes: Enhance efficiency and minimize waste. - Reduce resource consumption: Conserve energy, water, and materials. - Transition to sustainable practices: Discover greener biotech operations. Hear from industry experts: - Dr. Christoph Herwig, Co-founder of Fermify- Jens Reineke, Head of Research & Development - Störtebeker GmbH / General Manager EAT BEER Biotech GmbH➡ Sign up now through LinkedIn or our website: https://lnkd.in/gQdGBhpuSession 2 (APAC/EMEA) - 9:30 am Central European Time | 3:30 pm Central China Time Don't miss this opportunity to gain valuable insights and learn how to make your precision fermentation processes more sustainable.#Hamilton #ProcessAnalytics #Webinar #PrecisionFermentation #PAT #Sustainability
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12.070 Follower:innen
3 Wochen
💡 Sign up for session 1 of our next live webinar 'How PAT Can Drive Sustainability in Precision Fermentation' on Tuesday, November 19th. 💡 We will be joined by Dr. Christoph Herwig, CO-founder of Fermify and Jens Reineke, Head of Research & Development - Störtebeker GmbH / General Manager EAT BEER Biotech GmbH. They will discuss how PAT tools can optimize production processes, reduce resource consumption, and support the transition toward more sustainable biotech practices. Topics: - Optimizing production processes: Learn how PAT can enhance efficiency and reduce waste. - Reducing resource consumption: Explore strategies to minimize energy, water, and material usage. - Transitioning to sustainable practices: Understand how PAT can support the shift towards greener biotech operations. Don't miss this opportunity to gain valuable insights and learn how to make your precision fermentation processes more sustainable. Session 1 (EMEA/Americas) - 4:30 PM CET | 7:30 AM PST | 9:30 AM CST | 10:30 AM EST#Hamilton #ProcessAnalytics #Webinar #PrecisionFermentation #PAT #Sustainability
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19.782 Follower:innen
3 Wochen Bearbeitet
We just heard a thought-provoking panel on Next-gen Technologies Crafting the Future of Protein on Day 2 of the Future of Protein Production Amsterdam conference. The panel, moderated by Thomas Cresswell from Melt&Marble, addressed the most significant challenges and opportunities in advancing protein technologies. The first key question focused on the biggest challenges and opportunities for next-gen protein technologies. The panelists agreed that scaling production, ensuring affordability, and maintaining high-quality are crucial hurdles. Elvedin Ramani from holac Maschinenbau GmbH highlighted how advancements in cutting and processing technologies can help create high-quality, structured protein products. Meanwhile, Dr. Ralf Winkler from Elementar emphasized the importance of accurate protein measurement to ensure scalability. When it came to AI's role in accelerating advancements, Sebastian Blum from Beckman Coulter Life Sciences shared how AI is transforming precision fermentation. By speeding up fermentation process development and leveraging high-throughput microfermentation, AI helps optimize bioprocesses in ways that were previously unattainable. Another crucial topic was collaboration and competition. The panelists discussed how partnerships between industry stakeholders, from tech innovators to food producers, will be vital in pushing these technologies forward. Dr. Katharina Dahlmann from Hamilton Process Analytics emphasized how real-time analytics and data sharing can improve overall process control and scaling. Looking ahead, the panelists predicted that data handling and AI integration would be the next big milestones for the industry. As Sebastian pointed out, data scientists will soon be as important as research scientists to make large-scale protein production more cost-efficient. Finally, the panel concluded by reflecting on barriers to mass adoption, including consumer perception, regulatory hurdles, and the need for continuous innovation. The general consensus? The next decade will see protein technologies revolutionizing our food system with AI-driven production processes, precision fermentation, and advanced bioprocessing playing central roles in shaping the future. Exciting times ahead for the food industry#NextGenProteins #PrecisionFermentation #FoodTech #AIInFood #SustainableFood #InnovationInProteinProduction #FPPAmsterdam
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12.070 Follower:innen
3 Wochen
EasyFerm Plus pH sensors with Memosens give the advantage of digital sensor technology combined with Hamilton pre-pressurized reference technology and are the ideal tool for applications in demanding pharmaceutical applications. These sensors are fully compatible with all Memosens input transmitters on the market. Alternately, the Hamilton H220X transmitter provides a Memosens digital sensor input with local display and hazardous area approval. Discover the Hamilton EasyFerm Plus Memosens Sensor: https://hubs.li/Q02RdHpS0 #Hamilton #ProcessAnalytics #Memosens #ProcessSensors #BioPharma -
12.070 Follower:innen
1 Monat
At Hamilton, we take pride in our customer support. Our application support and field service teams are here for you to help with your process and product questions or needs. We are ready to help online or in person at your site. This is what one of our customers had to say: "For us and our bioprocesses, it was crucial to learn more about optical sensors (O2, CO2) and exchange experiences in troubleshooting. The online seminar was a great opportunity for us to engage in discussions with the experts from Hamilton." - Patrick Berthel, Technical Assistant, Leibniz-Institut, Germany. #Hamilton #ProcessAnalytics #CustomerTestimonial #CustomerSupport #BioTech #ProcessSensors