Eppendorf

Not sure which pipette or dispenser to select for your application? Find the most suitable pipetting system for your lab with our liquid handling selection chart.

Discover Eppendorf's sustainable BioBased consumables, which offer a more environmentally friendly alternative to traditional laboratory products and are certified to standards such as ISCC PLUS and ACT.

Are you struggling with the cost of repeating your experiments? Using high-quality Eppendorf consumables can improve reproducibility and reduce costs in your laboratory. Find out about the real financial impact of using these consumables compared to cheaper alternatives.

Are you facing issues with contamination or poor cell growth in your mammalian shake flask cultures? This paper provides insights and solutions to tackle these challenges, helping improve the reliability and productivity of your cell cultures.

Greener and less noisy than you thought. Take a look at the infographic to see how the Mastercycler^TM X40 can cut noise and CO₂ emissions in your lab while providing efficient, eco-friendly performance.

Whether you’re a pipetting novice wanting to go pro or simply want to brush up on some skills, this video series from the pipetting experts at Eppendorf™ has got you covered.

Explore the flyer to find the ideal purity grade and packaging option for your suitable Eppendorf tips. We offer sustainable, high-quality solutions tailored to your application needs.

Read the white paper to learn about the environmental benefits of Eppendorf's biobased 5 mL tubes, which have a smaller carbon footprint than their fossil-sourced counterparts. You will also discover strategies for improving the sustainability of laboratory consumables.

Pipettes and pipette tips build a system to deliver the accuracy and precision you are looking for. Learn how the selection of suitable tips influences your pipetting results.

Learn about the filter efficiency of different filter pipette tips.

Pipetting in cell culture can introduce shear stress, impacting cell viability. Learn how the use of different pipetting systems and techniques minimize shear forces during pipetting, ensuring the integrity of cells during liquid handling.