Perixus Peristaltic Pumps

The Teledyne ISCO PeriXus Laboratory Peristaltic pumps are developed with your lab or manufacturing plant in mind, offering a small footprint with large capabilities. Its compact, modular design makes it a space-saving solution. These pumps use peristaltic technology to help reduce the possibility of contamination, making it ideal for handling volatile materials.

The ability to quickly change hoses allows you to switch from pumping one material to another in minutes, maximizing application flexibility. The available hose options effectively handle even the toughest materials, including highly viscous fluids. With a flow rate range of 0.005 to 162 mL/min, these pumps are ideal for a variety of markets, including:

• Pharmaceutical/Biotechnology
• Research and Development
• Petrochemical
• Reaction Chemistry.

Applications: 

• Easily transfer fluid from one location to another, including viscous materials
• Steadily close reactants for continuous processing setups
• Handle aggressive materials utilizing the appropriate hose material

Standard features of laboratory peristaltic pumps: 

• Icon-driven menu allows quick, intuitive programming and setup
• Flow range of 0.005 to 184 mL/min (with L/S 16 tubing size; up to 381 mL/min if using L/S tubing size)
• Remote control of speed, direction, and start/stop/prime via 25-pin connector on back of drive
• Easily change hoses to maximize application flexibility
• Small footprint and ability to stack pumps maximizing lab and counter space
• Variety of hose options available to allow for chemical compatibility

What is a laboratory peristaltic pump? 

​A laboratory peristaltic pump is an advanced positive displacement pump that controls fluid movement through controlled compression. Operating on the principle of peristalsis, similar to biological systems, the pump uses a flexible tube encased in a circular housing. A rotor with precision rollers compresses the peristaltic hose, creating a sealed section that moves fluid forward. As the rollers rotate, the hose’s natural elasticity generates a vacuum, drawing in more fluid. The combination of rotational speed and tube wall thickness maintains optimal pressure and ensures a steady, reliable flow.

Specifications: