FEATURED CONTENT

• Discover Our Collaborative Customer-Focused Approach

  Discover a customer-focused approach to shaping bioprocessing's future. For over 50 years, dedication to advancing solutions has marked a relentless pursuit of excellence in high-tech laboratory support.

• Software Built For The Way Scientists Work

  Centralizing laboratory equipment and data streams transforms bioprocess development. Streamline remote monitoring, automate parameter alerts, and improve long-term reproducibility.

• The Difference Between Batch, Fed-Batch, And Continuous Processes

  Feeding strategy directly influences growth, yield, oxygen demand, and product quality. Choosing the right mode—batch, fed-batch, or continuous—helps balance productivity, control, and efficiency.

• A Practical Guide To Process Development From Shake Flask To Scale-Up

  Scaling mammalian cell culture requires more than volume changes. Uncover why managing oxygen, pH, CO₂, and data consistency is critical to avoid failed transfers and ensure reproducible performance.

• 9 Considerations When Buying Used Laboratory Equipment

  Before purchasing used lab equipment, evaluate contamination risks, service history, and manufacturer support. Ensure short-term savings do not compromise your long-term research reliability.

• How Do You Protect Incubation Workflows From Contamination And Downtime?

  Active HEPA filtration protects cell cultures by restoring air quality within minutes. Learn how continuous purification reduces contamination risks and ensures reliable, reproducible research.

• From Seaweed To Scale-Up: IBioIC's Journey With Fermentation Technology

  The circular bioeconomy requires advanced bioprocess scale-up capabilities. Access to flexible, user-friendly pilot-scale equipment is vital for companies to move from lab-bench innovation to commercial reality.

• Confidently Scaling-Up Microbial Fermentation: Overcoming Common Challenges

  Successful microbial scale-up hinges on ensuring process consistency, optimizing yield, and simplifying compliance. Learn strategies to overcome key challenges in bacterial, fungal, or yeast fermentation.

• Enhance Lab Productivity And Ensure Reliability: Shaking Incubator Proactive Service

  Regular preventive maintenance is essential for ensuring the longevity and optimal performance of your shaking incubator. Find out how this approach helps avoid costly downtime and protects your research.

• Setting The Right Shaker Parameters For Cultivation Success

  Precise control over shaker parameters is vital in bioprocessing. Learn to tailor cultivation environments, maximizing efficiency and reproducibility for diverse cell types effectively.

• 5 Best Practices To Keep Your Incubator Shaker Contamination-Free

  Learn five essential best practices to maintain a sterile incubator shaker environment, from routine cleaning and humidity control to advanced HEPA filtration for reliable results.

• A Scientist's Roadmap To Scale-Up From Screening To GMP Biomanufacturing

  Discover a step-by-step roadmap from candidate generation to GMP production, leveraging incubator shakers and automation for streamlined, high-yielding cell line development.

• What Every Scientist Should Know About Their Orbital Throw

  Master orbital throw by understanding its impact on aeration, mixing, and growth. Explore recommendations for various applications and the benefits of adjustable throw incubator shakers.

• Understanding UV Decontamination In Incubator Shakers

  UV decontamination in incubator shakers offers a cost-effective, efficient solution for maintaining a sterile environment and mitigating contamination risks in bioprocess laboratories.

• The Lab Partner You Can Count On: Multitron Incubator Shaker

  The Multitron incubator shaker offers precision and efficiency for bioprocessing research, with pre-configured setup, compact design, ergonomic features, quiet operation, and hygienic design.

• Perfecting HEK293 Cells For Gene Therapy: The Role Of Incubator Flexibility

  Discover how flexible incubator settings can significantly boost HEK293 cell growth and proliferation. Get expert insights on temperature, humidity, CO2 levels, and agitation for maximum yield.

• History Of The Multitron Incubator Shaker

  Learn more about the history of an incubator shaker developed in 1930 and the journey it has taken into the modern era.

• Bioprocess Scale-Up: From Classrooms To Pilot Production

  In this article, the author, an Associate Professor at Universiti Sains Malaysia, shares their positive experience using two specialized benchtop bioreactors to enhance bioprocess education and research.

• Bioreactor Systems To Transform Your Bioprocess Research & Development

  Improve your bioprocess research and development capabilities with bioreactor systems that allow you to optimize yields, simplify processes, and streamline operations with tailored solutions.

• Maximizing Efficiency In Biopharma Process Development

  This powerful and easy to use batch planning strategy combines bioprocessing software and parallel bioreactors, enabling you to potentiate process development.