The 2024 American International Laboratory Automation and Screening Show (referred to as: SLAS 2024) was recently held grandly at the Boston Convention and Exhibition Center in the United States. The exhibition was crowded with professionals from all over the world including laboratory automation and high-throughput screening equipment manufacturers, suppliers, distributors, importers and exporters. As one of the world's largest and most important laboratory automation and high-throughput screening industry exhibitions, SLAS 2024 provides industry insiders around the world with the opportunity to learn about the latest technologies, products and services, while also providing them with a platform to communicate and establish connections. At this SLAS exhibition, Aijin Biotechnology will present representative products such as pipette tips, centrifuge tubes, deep well plates, and enzyme plates, demonstrating its innovation and leading position in the field of laboratory consumables. The atmosphere at the scene was strong, attracting many customers and colleagues to stop, consult and communicate, and attracted the attention of the industry. Read More

Stacking boxed tips helps experimenters free their hands, improve efficiency, and experience the joy of installing tips in seconds, saving time, effort, and worry! Aijin Bio's stacked boxed tips are made of imported medical-grade polypropylene (PP) with high transparency. They are produced cleanly in a 100,000-level dust-free workshop and contain no DNase/RNase, no pyrogens, and no PCR inhibitors. Product information 1. Save space. Each stack is equipped with multiple layers of refillable tips to improve space utilization and optimize laboratory operation space. 2. Environmentally friendly, it reduces 60% of plastic waste compared to traditional boxed tips, effectively reducing environmental pollution caused by plastic packaging. 3. Easy to operate. Each layer is an independent tip tube holder, which can be replaced with a gentle press. Boxed tips can be replenished within seconds, reducing the tedious insertion process and greatly improving experimental efficiency. Read More

Deep well plates are a common plate consumable in life science laboratories. They are mostly used for DNA detection, high-throughput reactions, sample storage and transfer, antibody titer detection, etc. They are often used in conjunction with the following products. Magnetic rod cover: The magnetic rod cover is one of the important components in the nucleic acid extraction instrument. Its main function is to fix the magnetic rod so that the magnetic field provided by the magnetic rod is stable, so that it can effectively adsorb and separate in the sample solution. In actual operation, it can be used with a deep well plate for nucleic acid extraction on a nucleic acid extraction machine. During the nucleic acid extraction experiment, it can avoid direct contact between the magnetic rod and the reaction solution, protect the magnetic rod from contamination, and extend the service life of the magnetic rod. Silicone cover: The silicone cover can closely fit the plate diameter and prevent the solution from evaporating. It is very effective for plate consumables whose main functions are storage containers and reaction vessels. It can be used repeatedly after sterilization. Read More

Centrifuge tubes are the most commonly used experimental consumables in laboratories in the fields of biology and chemistry. It can be said that centrifuge tubes are used in every biochemistry laboratory. It is mainly used for the separation, preparation and storage of various experimental samples. It has a variety of specifications to choose from depending on the amount of samples contained. So how should we choose centrifuge tubes? Generally speaking, the first thing to consider when choosing a centrifuge tube is its capacity, secondly its chemical compatibility, and finally its relative centrifugal force (maximum withstand centrifugal force). Select the capacity of commonly used centrifuge tubes according to the capacity: 1.5mL, 2.0mL, 15mL, 25mL, 50mL, etc. You can choose according to the sample size of the experiment. It should be noted that the centrifuge tube should not be overfilled, generally no more than 2/3 of the volume of the centrifuge tube. However, in some cases, such as ultra-high-speed centrifugation, the centrifuge tube needs to be filled with liquid to prevent deformation. Read More

The enzyme plate is an indispensable experimental tool in the Enzyme Linked Immunosorbent Assay (ELISA). It plays a key role in the determination of the purity, concentration and ratio of antigens, antibodies, labeled antibodies or antigens in immunological reactions; buffer type, concentration and ionic strength, pH value, reaction temperature, time and other conditions. Transparent enzyme plate is the most commonly used plate, suitable for light absorption detection (colorimetric analysis) of color reaction, cell culture and observation. The white enzyme plate can block light from interfering with the transmission between wells, and can enhance signal reflection and enhance light signal intensity, making it suitable for chemiluminescence detection. The black enzyme plate itself will absorb light, so its signal is weaker than the white enzyme plate. It is generally used to detect stronger light, such as fluorescence reactions. Read More

Pipetting is one of the most common operations in experiments. Various pipetting equipment and supporting consumables are used in conjunction with each other to meet our different experimental needs. Micropipetting mainly uses suction tips, while large-volume pipetting requires a pipette. Product Introduction - Serological Pipette Pipettes are also called disposable pipettes. They are mainly used to accurately measure a certain volume of liquid. Because they play an irreplaceable role in sterile transfer of serum culture media, they are called serological pipettes. They need to be used with a suitable pipette during use. They are one of the most common instruments in the laboratory and are widely used in cell culture, bacteriology, clinical and scientific research fields. Serological pipettes are mainly divided into six types: 1mL, 2mL, 5mL, 10mL, 25mL, and 50mL. 100mL ultra-large-range serological pipettes are occasionally circulated in the market. In order to distinguish pipettes of different ranges in the industry, different colors of color rings are sprayed on the nozzle/wrapping paper/ Read More

The reagent tank is a container used to hold reagents in the laboratory. In pipetting operations, if the same liquid needs to be pipetted repeatedly, especially with a multi-channel pipette, it will bring a lot of operational inconvenience. The reagent tank is a tool to solve this problem and can make pipetting easier and more convenient. Aijin biological reagent tanks are available in five specifications: 10mL, 25mL, 50mL, 65mL, and 100mL. They can be used with single-channel and multi-channel pipettes, and can be used for all types of pipettes with a width of up to 12 channels. Made of high-quality polystyrene (PS) material with smooth surface and strong toughness; after sterilization, it can be directly used to contain sterile reagents; it is produced cleanly in a 100,000-level dust-free workshop, using precision molds, professional manufacturing methods, and strict quality control to ensure product reliability. Read More

PCR series products are mainly used as carriers for primers, Taq DNA polymerase, dNTPs, template nucleic acids, Mg, buffers, etc. that participate in the amplification reaction in the polymerase chain reaction (PCR). They are widely used in fields such as genetics, biochemistry, immunity, and medicine. They are not only used in basic research such as gene isolation, cloning, and nucleic acid sequence analysis, but can also be used in the diagnosis of diseases or anywhere where DNA and RNA are present. PCR series products are divided into single tubes, eight consecutive tubes, and plates. So how to choose different types of products? It is used when the sample amount is small. It can be used flexibly according to the number of samples. The tube body and tube cap are connected and are easy to be confused with microcentrifuge tubes, but they cannot be mixed. The walls of PCR tubes are thin, which helps ensure the speed and uniformity of heat conduction during PCR amplification, but they cannot withstand large centrifugal forces. The walls of microcentrifuge tubes are thicker, which meets the centrifugation requirements, but also results in slow and uneven heat transfer. When the sample volume increases, you can choose eight-strip tubes, which are generally available in transparent and white colors, and are suitable for ordinary PCR and qPCR respectively. Among them, the white eight-connected tube can effectively prevent signal interference, increase signal strength, and improve experimental efficiency. Read More

A reservoir is a container used to hold pipetted reagents in the laboratory. Aijin biological liquid storage tank is made of imported medical-grade polypropylene (PP) material, which has excellent chemical inertness and is suitable for containing most laboratory liquids. It is DNase/RNase-free and pyrogen-free. After sterilization, it can be directly used to contain sterile reagents. The product size complies with SBS standards and is suitable for multi-channel pipettes and automated instruments. Optional specifications: flat bottom, 4 channels, 8 channels, 12 channels, 16 channels, 24 channels, 96 channels, 384 channels, low skirt, medium skirt, high skirt, single channel, multi-channel, etc. Read More

The single-well culture plate is a microplate with two notched corners and has a standard microplate bottom size. It is a disposable consumable for the growth of bacteria, cells and microorganisms. The SBS size facilitates positioning operations on automated machines. Single-well culture plates are ideal for library screening and DNA hybridization experiments. Aijin Biotech single-well culture plates are made of high-quality polystyrene (PS) material, comply with USP CLASS VI standards, DNase/RNase-free, pyrogen-free, capacity 90mL, working volume: 35mL, culture area: 84cm2. The size of the product complies with SBS standards and is accurately adapted to automated instruments. When simulating xy-axis positioning on automated instruments, colonies can be selected more accurately. With the automatic clone colony picking instrument, the colony picking can reach 2000+ per hour, which greatly improves the experimental efficiency and accuracy. Read More

Deep well plates are commonly used laboratory consumables, mostly used for DNA detection, high-throughput reactions, sample storage and transfer, antibody titer detection, etc. In recent years, due to the surge in demand for nucleic acid testing brought about by the COVID-19 epidemic, deep well plates have become well known as one of the main consumables for nucleic acid testing. The reason why the deep well plate is called 'deep' well plate is mainly because it is based on the appearance dimensions of ordinary microwell plates, while maintaining the length and width in line with SBS international standards, while increasing the depth of the holes, thereby achieving the purpose of increasing the volume of each well. Aijin Bio's deep-well plates are made of imported medical-grade polypropylene (PP), which is pyrogen-free, endotoxin-free, and DNase/RNase-free. The product size complies with SBS international standards and is suitable for a variety of automated nucleic acid extraction instruments. Read More

In biological experiments, cells and bacteria will enter a state of cold shock in ultra-low temperature environments, with reduced vitality and slowed metabolism. However, their biological properties will be restored after rewarming. Therefore, cryopreservation is a commonly used method of preserving cell species and bacteria in cell-bacteria experiments. Cryopreservation products are excellent containers for freezing cells and bacteria. They can withstand ultra-low temperature refrigerators and liquid nitrogen environments. They do not deform in low-temperature environments. The tube openings are tightly sealed and the risk of contamination is low. The caps are designed in multiple colors to facilitate sample differentiation. Read More