Medlab America

Pipettes  are among the most frequently used tools in laboratories, and their accuracy directly affects the reliability of experimental results. Whether in a clinical diagnostic setting or a research lab, even minor errors in liquid handling can compromise entire experiments. With so many pipette models available, choosing the right one can feel challenging, but understanding the key factors can make the decision much clearer. This article breaks down the most important aspects to consider when selecting laboratory pipettes, ensuring they align with your workflow and support consistent, precise results. Accuracy and Precision Are Non-Negotiable At the core of every pipette’s function is its ability to deliver accurate and precise volumes. Accuracy refers to how close the dispensed volume is to the intended target, while precision measures how consistently the pipette delivers that volume across repeated uses. Before purchasing, review manufacturer specifications for both accuracy a...

In labs focused on cell cultures and bioprocessing, consistency is everything. One of the most reliable tools for ensuring uniform results is the orbital shaker . These versatile instruments provide smooth, circular shaking motion that keeps cells, media, and reagents well mixed without causing mechanical stress. Whether used for bacterial cultures, protein expression, or fermentation processes, orbital shakers have become essential equipment in modern life science labs. This article will explore how orbital shakers support cell culture and bioprocessing work, the key features worth considering, and how selecting the right model can improve both productivity and experimental outcomes. Why Orbital Shakers Are Essential Orbital shakers excel at providing uniform agitation, which is critical when working with delicate biological samples. Their continuous circular motion distributes nutrients and oxygen evenly through liquid media, preventing sedimentation and creating an optimal environme...