中文简体
English
Español
Deutsch
عربىIn cytological research, centrifugation is often a crucial step in sample preparation, especially in molecular biology operations such as cell separation, DNA/RNA extraction, protein analysis, and staining. The positioning and stability of the sample are directly related to the final effect of the experiment. The cavity size of the L-01 31.6×28.2MM Chamber Horizontal Type Centrifuge Smear Clips is designed for tiny samples such as cell smears and cell sections. The cavity size of 31.6×28.2mm is suitable for most common cytological samples and biological samples, providing a stable and efficient operating platform for experimenters.
The precise cavity design enables the sample to be stably positioned during centrifugation, avoiding the sample drift and displacement phenomenon common in traditional designs. During the centrifugation process, since the cavity of this size can perfectly accommodate samples of standard size, the centrifugal force is evenly distributed, and the sample is more evenly stressed, thereby preventing sample damage or result deviation caused by uneven centrifugal force distribution. Especially for experiments with high requirements for consistency and reliability, such as cell separation, extraction of specific cell components, etc., this precise cavity design undoubtedly provides great help.
The precise dimensions of the L-01 smear fixture not only ensure the stability of the sample during centrifugation, but also effectively avoid cross-contamination between different samples. This is particularly important for laboratories, especially when dealing with multiple samples, where maintaining isolation between samples is the key to ensuring the accuracy and reliability of experimental results. Through the 31.6×28.2mm cavity design, each sample can be perfectly fixed in the specified position, reducing the risk of sample cross-contamination and contamination during centrifugation. In addition, thanks to the smooth and seamless design of the inner wall of the cavity, the sample is easier to remove from the cavity, reducing the situation of sample residue and improving the cleanliness and efficiency of laboratory operations.
For researchers in the fields of cytology and molecular biology, experimental efficiency and reliability have always been the core of efficient experimental operations. The L-01 smear fixture uses the precise cavity size of 31.6×28.2mm to ensure that the position and state of the sample are not disturbed during the entire centrifugation process, greatly improving the success rate of the experiment. In high-speed centrifugation operations, the stability and precision of the cavity ensure that the sample will not deform during centrifugation, avoiding sample breakage or cell membrane damage caused by improper cavity design, especially when dealing with fragile samples (such as monolayer cells), ensuring the integrity of the sample structure.
In addition, the precise cavity size design greatly improves the repeatability of each experiment. Researchers can rely on this design to conduct high-precision experiments, reduce the chance of errors and human errors, and thus provide more reliable results for scientific research. For key steps such as cell smearing, staining, and fixation involved in cytological experiments, the L-01 smear fixture can effectively support fast and stable experimental operations, greatly saving experimental time and improving overall experimental efficiency.
The reason why the cavity size of the L-01 smear fixture is so precise is inseparable from the high-quality materials it uses-PS (polystyrene) and PC (polycarbonate). These two materials not only ensure the stability of the product structure, but also provide extremely high precision guarantees. The PS material has good transparency, allowing researchers to easily observe the distribution and changes of samples in the cavity, which is crucial for timely adjustment of experimental parameters and operating steps. The PC material has excellent impact resistance and high temperature resistance, and can maintain good structural stability during high-intensity centrifugation. Even at high speeds, the PS/PC material can effectively prevent the cavity from deforming or rupturing, thereby ensuring the safety and reliability of each experimental operation.
The chemical resistance of PS/PC material enables L-01 smear fixture to withstand the erosion of various experimental reagents, especially long-term exposure to high-concentration chemical solutions. The material is not easy to age and degrade, which provides a guarantee for long-term use. Its excellent mechanical properties and chemical stability also make L-01 smear fixture widely used in various high-demand experiments.
