Choosing the right pipette tip is essential for accurate, precise, and reproducible liquid handling. Although pipette tips are simple disposable laboratory consumables, differences in tip size, material, surface properties, filtration, sterility, and design can have a significant impact on pipetting performance and sample recovery. So, how do you find the right pipette tip? In this…
The key to a successful experiment lies in the integrity of the sample seal at the moment of sealing. In PCR experiments, the pcr sealing film serves as the “first layer of protection,” preventing damage from evaporation, aerosols, and cross-contamination. Furthermore, choosing the right film material can enhance qPCR signal reliability. Transparent optical films are…
The 96 well deep well plate is a critical consumable in modern laboratories, widely used in molecular biology, biochemistry, clinical diagnostics, pharmaceutical research, and high-throughput screening (HTS). Unlike traditional microplates used for optical detection, deep well plates are specifically designed for sample storage, mixing, extraction, and preparation workflows, especially in automated laboratory systems. With the…
In modern life sciences, clinical testing and scientific research experiments, pipetting operations run through the entire experimental process. As a key consumable for micro-liquid distribution, the performance of pipette tips directly affects the accuracy and repeatability of experimental results. The pipette tip series launched by SDLABIO has become the first choice of many scientific research…
In today’s world of increasingly sophisticated laboratory automation and liquid dispensing operations, reagent reservoirs have quietly become the “invisible heroes” that improve experimental efficiency. Whether it is high-throughput screening, PCR system construction, or cell culture fluid dispensing, the rational use of liquid reservoirs can effectively reduce the number of operating steps, improve liquid dispensing accuracy,…
The 384 well plate is a high‑density microplate format widely adopted in modern laboratories for high‑throughput applications. Arranged in a 16×24 grid, it conforms to international standards (ANSI/SLAS), making it compatible with automated liquid handling systems, plate readers, robotic platforms, and various analytical instruments. Its high well density allows processing hundreds of samples simultaneously with…
