Multi-channel pipettors are a productivity game-changer in genomics labs. Discover how they increase throughput, reduce errors, and streamline workflows in high-volume environments.

Pipette tips play a critical role in laboratory accuracy and precision, affecting everything from sample transfer to reproducibility. With various types and specifications available, selecting the right pipette tips for your lab can be challenging. This guide will explore key factors to consider when choosing pipette tips to optimize your workflows and enhance lab efficiency.

Proper maintenance of pipetting equipment is essential to ensure accuracy, longevity, and reliability in the lab. Neglecting routine care can result in measurement inaccuracies and even impact the success of experiments. In this guide, we’ll cover top maintenance tips to keep your pipetting equipment in optimal condition, allowing your lab to maintain precision and prevent costly equipment failures.

In laboratories where precision is critical, such as in molecular biology, forensic analysis, and genomics, every microliter of sample counts. Low-retention pipette tips are specifically designed to prevent residue, ensuring that accurate volumes are transferred without loss. Here, we explore how low-retention pipette tips enhance accuracy and why they are vital for sensitive workflows.

A well-designed pipetting station is essential for any lab that frequently handles liquid transfer tasks. From layout to equipment choice, every detail matters when setting up a pipetting station that promotes accuracy, efficiency, and ergonomics. Here, we outline key considerations to help you create an optimal lab pipetting workspace.