ATS Scientific Products

The Flex-Line™ Robotic Filler: Expedite Time to Market through the Power of Integration with Our Single-Source Filling & Isolation System ✅ Flexibility: Ability to Handle Vials, Syringes, Cartridges ✅ Faster Time to Market: Smaller Footprint, Faster Changeover Between Formats, Faster Build Time ✅ Single-Source Solution: One FAT, SAT, and Validation, Maximize Revenue ✅ Compliance: Conformance to GMP guidelines for Annex 1, 21 CFR Part 11 ✅ Automation: Robotic handling, No-Touch Transfer (NTT), Automated de-bagging Click here to learn more: https://lnkd.in/edA_uYuY #AsepticProcessing #Pharmaceuticals #Biopharma #ATSLSGroup Comecer

Experience our in-demand seven-module Remote Lyophilization Training package, designed to offer interactive and focused equipment training. This program ensures a convenient and cost-efficient tailored experience for you and your colleagues. Click the link below to learn more: https://lnkd.in/eG7hXmdi #RemoteTraining #Lyophilization

🌟 Happy Customers, Happy Labs! 🌟 At Biopharma Group, we’re thrilled to see how Genevac products are making a difference in your labs! From cutting-edge evaporation systems to top quality support, we’re here to help you succeed. Get in touch with George Hunter to find out more about our range of solvent evaporators! #BiopharmaGroup #Genevac #CustomerSuccess

🌟 ATS Scientific Products i-Dositecno A-MICRO BI 🌟 Rotary filler designed for clinical and early-stage pharmaceutical production. A specialist in advanced aseptic fill-finish manufacturing for pharmaceutical and biologic injectables and specifically engineered for use in an isolator. 📍 Biopharma Group are proud to be the exclusive ATS distributor for the UK and Ireland. Get in touch with Marta Schiano Moriello to learn more! #BiopharmaGroup ATS Scientific Products #fillfinish #GMP

Our VirTis Ultra Production Freeze Dryer combines compact design with powerful performance, making it ideal for small-scale production. Perfect for applications from diagnostic kit production to tissue banking, it offers customizable configurations to meet your needs. 🔹 Space-Saving Design: Compact, free-standing, and mobile. 🔹 Efficient Operation: Smooth-wall condenser for easy defrosting and cleaning. 🔹 Versatile Configurations: Options for bulk or stoppering, multiple shelves, and advanced controls. Click here to request a quote or learn more: https://lnkd.in/evT8BSkw #Lyophilization #FreezeDryer #PharmaceuticalProduction #DiagnosticKits

Don’t miss out on our popular Hands-On Training Course: Lyophilization Cycle Development & Optimization, happening March 18-21, 2025! Dive into practical, hands-on experience with cycle development, optimization, and formulation considerations. Spaces are limited, so reserve your spot today and take your skills to the next level! Secure your spot today: https://lnkd.in/eb9dRh_W #Lyophilization #Training #Pharmaceuticals

🌟 Check out this insightful article from Labmate, showcasing the many advantages of Genevac’s solvent evaporators and their reliable, efficient performance for L&E analysis. 🌟 As Genevac’s trusted partner, Biopharma Group is here to support you with expert advice and a comprehensive range of solvent evaporation solutions tailored to your needs. Want to learn more? Get in touch with George Hunter for more details. Read the full article here 👉 https://bit.ly/4eIau0c #SolventEvaporators #Genevac #Labmate

Lyophilization Cycle Scale-Up and Transfer require reproducing the initial product temperature profile onto the target freeze-dryer. By application of the Tempris GmbH system, the product temperature differences arising during the transfer can be quantified and compensated by process adaptation, and the characterization of equipment effects can be improved. During the scale-up of a #freezedried product, many processing parameters that affect the product quality can change. This is not only due to differences in the equipment setup and performance but also includes environmental factors. The same systematic differences can also occur when transferring a FD product to a different production #freezedryer. To obtain a comparable product and achieve consistency in the product quality attributes, the reproduction of the product temperature profile in the target freeze dryer is of paramount importance. Some important factors that can lead to changes in the freezing and drying properties of a product during scale-up and transfer are: > Thermal radiation effects transfer additional heat to the product and lead to elevated product temperatures in exposed vials. The extent of radiation depends on the characteristics of the equipment surfaces, such as chamber door and walls. Typically, radiation effects are higher in small-scale units, which leads to shorter drying time and stronger gradients within the batch. > Shelf temperature heating and cooling rates are often limited in manufacturing equipment compared to modern laboratory scale units, and larger gradients in shelf surface temperature can arise during fast ramping. In addition, potential worst-case positions (hot and cold spots) need to be determined and considered for each #lyophilizer. > The refrigeration performance of the condenser system in the production freeze-dryer is often a limiting factor in the transfer and scale-up of #lyophilization processes. The commonly higher condenser surface temperature compared to small-scale equipment leads to longer process times and can limit the mass transfer rate due to loss of pressure control. > The traditionally applied product temperature sensors in laboratory #freezedrying (thin wire thermocouples) and manufacturing (PT-100) are poorly comparable. The operation principles of these sensors are completely different, as thermocouples provide a point measurement at the bottom of the product. In contrast, the larger PT-100 sensors record average temperatures over the cake. The resulting product temperature profiles are poorly comparable and cannot be used to investigate scale differences or process adaptation systematically.

Designed for peak performance, the FTS ThermoJet™ delivers temperature ranges from -80°C to 225°C, with an optional high temperature of +350°C, and unmatched transition speeds. With heat removal rates of up to 20 SCFM, this system excels in critical applications like semiconductor testing, medical device evaluation, and aerospace. Learn more and request a quote today: https://lnkd.in/eHwiQ6Zp #thermalmanagement #aerospace #medicaldiscovery

As more labs embrace automation, a crucial question arises: Will technology ever fully replace human expertise? While automation excels at handling repetitive tasks, we believe that human intuition, oversight, and the curiosity that drives discovery are irreplaceable. What’s your perspective? Comment below 👇 Mark your calendars: We’ll be at SLAS in San Diego, CA, January 25-29. Stop by booth 322 to discuss further!