Health Gear Peristaltic Pump DC 12V Mini for Laboratory Bioengineering G528, 3x5mm Hose Option

Introducing the Health Gear Peristaltic Pump, model G528, a top-of-the-line solution for laboratory applications and bioengineering tasks. This compact yet powerful mini peristaltic pump operates on a DC 12V power supply and is designed for efficiency and reliability in various scientific experiments and analyses.

The pump features a robust design that can withstand working environments with temperatures ranging from 0 to 40 degrees Celsius. With its versatile flow rate options, you can choose from 0-23ml/min, 0-65ml/min, or 0-150ml/min, making it suitable for a wide array of applications in fine chemistry and biological engineering.

One of the standout features of the Health Gear Peristaltic Pump is its adjustable delivery direction. This flexibility allows users to control the flow of liquid by simply changing the positive and negative wiring of the power supply. The terminal connections can be selected based on the specific requirements of your project, providing you with unprecedented control over your experiments.

Additionally, this peristaltic pump comes with a replaceable tube head, making it adaptable for transporting different types of media. This feature enhances the convenience of using the pump for multiple types of work without the need for extensive reconfiguration.

For ease of use, the Health Gear Peristaltic Pump is available in three different sizes of rubber tubes: Type A (1x3mm), Type B (2x4mm), and Type C (3x5mm). This variety ensures that you can select the optimal tube size for your specific application, facilitating easy installation and maintenance.

In conclusion, the Health Gear Peristaltic Pump is an essential tool for any laboratory or bioengineering facility. Its high-quality materials, versatile flow rates, and adjustable direction make it an invaluable asset for conducting precise experiments. With easy installation and maintenance, this pump is designed to enhance your laboratory’s productivity and performance.