PeriXus Peristaltic Pumps

Peristaltic Pumps

The Teledyne Labs PeriXus peristaltic pumps are designed for laboratory and manufacturing environments, combining a compact footprint with powerful performance.

Its compact, modular design makes it a space-saving solution. Using peristaltic technology, these pumps minimize the risk of contamination, making them ideal for handling volatile materials.

The quick-change hose design lets you switch between materials in minutes, maximizing application flexibility. A range of hose options is available to handle even the most challenging fluids, including highly viscous ones.

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 the 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: