Jeio Tech CPS-350 Microplate Shaker

Product Description

Jeio Tech CPS-350 Microplate Shaker is a compact, high-precision orbital shaker specifically designed for consistent and efficient mixing of microplates. Supporting standard 96-well, 384-well, and deep-well plates, the CPS-350 is ideal for applications such as ELISA, PCR preparation, enzyme reactions, and cell culture.

With adjustable speed and stable orbital motion, the CPS-350 ensures uniform sample distribution across all wells, enhancing experimental accuracy and reproducibility. Its user-friendly digital controls, low-noise operation, and compatibility with incubators and hoods make it an essential tool for high-throughput screening and routine workflows in molecular biology, clinical diagnostics, and pharmaceutical research.

Features

Features 1

• Structural Functional Features

Features 2

• Suitable for sample mixing with microplate, microtube and conical-tube at a maximum rpm of 1200.
• Orbital motion with shaking radius of 3 mm.
• Smooth shaking start control.
• Count-down timer. (up to 99 hours and 59 minutes)
• Displays the elapsed time.
• Various tube rack accessories.
• Use Convenience Features

Features 3

• It can be used in a temperature chamber such as cold room or incubator because it can be used at ambient temperatures between 2°C and 60°C.
• Small size and light weight provide good mobility and usability in various laboratory environments and experiment requirements.
• Accurate shaking control according to sample weight with PID feedback control.
• Easy to operate with clear VFD display, touch keys and control knobs.
• Displays the sett rpm and actual rpm simultaneously, and displays timer operation information.
• Outstanding Safety

Features 4

• Self-checks for errors.
• Body made from PP material with excellent chemical resistance.
• Protected from overcurrent.

Specifications

Application

Microplate shakers are specifically designed for efficient mixing of samples in microplates, including 96-well, 384-well, and deep-well plates. They are widely used in molecular biology, genomics, drug discovery, and clinical diagnostics for applications such as ELISA, PCR preparation, enzyme reactions, and cell culture. By delivering uniform orbital or linear motion, microplate shakers ensure consistent mixing across all wells, enhancing assay reliability and reproducibility. Their compact design and compatibility with automation systems make them essential tools for high-throughput screening and routine laboratory workflows.