Microplate shakerIt is a laboratory oscillation equipment designed specifically for 96 well, 384 well and other microporous plates. With its core characteristics of diverse oscillation modes, precise temperature control, and strong adaptability, it is widely used in micro experimental scenarios such as enzyme catalyzed reactions, cell culture, nucleic acid extraction, and immune detection. It is a key equipment for conducting high-throughput experiments in fields such as life sciences, medicine, and chemistry. ​

Diversified oscillation modes and precise control are its core competitiveness. The device supports multiple oscillation modes such as reciprocating and rotary, and the oscillation frequency can be accurately adjusted within the range of 100-1500rpm. The amplitude can be selected from 2-5mm, and it can provide mild or severe oscillation effects according to experimental needs. Paired with a high-precision temperature control system, the temperature control range is usually from room temperature+5 ℃ to 60 ℃. Some models can be extended to low temperatures of 4 ℃ or high temperatures of 80 ℃, with a temperature control accuracy of ± 0.5 ℃, ensuring stable sample temperature during oscillation. In enzyme-linked immunosorbent assay (ELISA), mild oscillation (300-500rpm) is used to fully bind antigens and antibodies, thereby improving detection sensitivity; In cell suspension culture, a rotary oscillation (800-1000rpm) is used to provide sufficient oxygen and nutrients to cells, maintaining cell viability. ​

High throughput adaptation and convenient operation improve experimental efficiency. The microplate shaker can accommodate 1-4 standard microplates at the same time, and some models support various specifications of plates such as deep hole plates, enzyme-linked immunosorbent assay plates, cell culture plates, etc., to meet different experimental needs. The operation panel adopts a touch screen design, which can preset parameters such as oscillation frequency, temperature, and time. It supports multiple sets of program storage and calling, and can automatically complete the oscillation process with just one click, without the need for manual supervision. Equipped with a transparent observation window and built-in lighting for real-time observation of sample status; Some models support stacked design, saving laboratory space. In nucleic acid extraction experiments, processing multiple deep well plates simultaneously significantly reduces extraction time; In drug screening, high-throughput oscillation culture enables synchronous processing of thousands of samples, accelerating the screening process. ​

Safe, reliable, and multifunctional expansion meet diverse needs. The equipment adopts a fully enclosed shell and leak proof liquid design to avoid equipment damage and cross contamination caused by sample leakage; Equipped with overload protection and over temperature alarm function to ensure experimental safety. Some models are integrated with refrigeration systems, which can achieve low-temperature oscillation and meet the experimental requirements for temperature sensitive samples; Support external computer control and data networking, facilitating remote monitoring and data tracing during the experimental process. In microbial detection, oscillation treatment is used for bacterial enrichment culture; In molecular biology experiments, it assists in the denaturation and renaturation process of PCR products, and its efficient and accurate performance provides a solid guarantee for the smooth conduct of micro experiments. ​