Haorunmed Acrylic Centrifuge Tube Racks are a storage solution designed specifically for laboratories to safely and orderly store and manage centrifuge tubes. These racks are usually made of high-quality acrylic material (commonly known as plexiglass) and have many advantages, making them suitable for a variety of biological, chemical and medical laboratory application scenarios.
Acrylic Centrifuge Tube Racks Product Features:
1. High transparency: The plexiglass material has extremely high transparency, almost equivalent to glass, so that the experimenter can clearly see the sample in each centrifuge tube, which is convenient for monitoring the sample status and quick identification.
2. Lightweight and durable: Compared with the traditional glass centrifuge tube rack, the plexiglass material is lighter and not easy to break. Even if it is accidentally dropped, it is not easy to cause damage, which increases the safety of laboratory use.
3. Chemical stability: It has good chemical inertness and can resist the corrosion of a variety of common chemical reagents in laboratories. It is suitable for most experimental conditions, but it should be noted to avoid long-term contact with certain strong acids, strong alkalis or organic solvents.
4. Easy to clean and disinfect: The surface is smooth and seamless, easy to clean with clean water or laboratory-specific detergents, and can be disinfected by ultraviolet irradiation, alcohol wiping, etc. to maintain a sterile environment.
5. Diverse layout design: According to the different sizes of centrifuge tubes and the specific needs of the laboratory, the plexiglass centrifuge tube rack can be designed into a variety of styles, including single row, multi-layer, rotary, oblique, etc., which helps to optimize space utilization and improve work efficiency.
6. Friendly labeling and identification: The transparent material makes it easy to directly attach labels or mark on the rack, which helps to organize and classify samples and track them.
Acrylic Centrifuge Tube Racks Application areas:
• Biomedical research: used for storage and pretreatment of centrifuged samples in experiments such as tissue culture, DNA/RNA extraction, and protein analysis.
• Clinical laboratories: Efficient and orderly management of centrifuge tubes in blood analysis, microbial testing, and virology research.
• Pharmaceutical and chemical industries: Sample processing and testing in quality control and product development.
• Educational institutions: As a teaching tool, it helps students learn laboratory operating standards and sample management skills.