Biopharmaceutical

Thanks to its core advantages—non-contaminating conveyance, precise metering, and low shear force—peristaltic pumps have established a significant presence in the biopharmaceutical industry and are widely used throughout the entire process, from R&D pilot studies to large-scale production. Below are specific application scenarios, key advantages, and important considerations for pump selection:

Chemical Engineering

The core advantages of peristaltic pumps in the chemical and process industries are their excellent media compatibility, absence of cross-contamination, and precise, controllable flow rates. They can be adapted to a wide range of fluid-transfer applications—from small-scale laboratory trials to large-scale industrial production. They are particularly well-suited for handling corrosive, easily crystallizing, high-viscosity, or particulate-containing chemical media. Below are specific application scenarios, key advantages, and selection guidelines:

Food and Beverage

The core advantages of peristaltic pumps in the food and beverage industry include food-grade compliance, zero cross-contamination, precise metering, and easy cleaning—making them suitable for the entire process from raw material handling to finished-product filling. They are particularly well-suited for conveying viscous materials, materials containing particles, or substances with high hygiene requirements. Below are specific application scenarios, key advantages, and selection guidelines:

Environmental Protection and Wastewater Treatment

The core advantages of peristaltic pumps in the field of environmental water treatment are their resistance to clogging, strong corrosion resistance, high metering accuracy, and low maintenance costs. They are widely applicable throughout the entire process—including municipal wastewater treatment, industrial effluent treatment, pure water production, and water quality monitoring—and excel particularly in conveying fluids containing impurities, corrosive chemicals, or requiring precise dosing. Below are specific application scenarios, key advantages, and selection guidelines:

Printing and Packaging

The core advantages of peristaltic pumps in the printing and packaging industry include precise metering, wide compatibility with various media, convenient cleaning and maintenance, and zero cross-contamination. They can be applied to critical processes such as ink delivery, quantitative dispensing of adhesives, and paint formulation. These pumps are particularly well-suited for handling high-viscosity fluids, fluids containing particles, or fluids that demand high precision in mixing ratios. Below are specific application scenarios, key advantages, and selection guidelines:

Medical

The core advantages of peristaltic pumps in the medical field are sterile delivery, ultra-precise dosing, low shear force, and zero cross-contamination. They are widely used in clinical treatments, laboratory testing, pharmaceutical R&D, and other applications, serving as critical equipment for ensuring the safety and accuracy of fluid delivery in medical settings. Below are specific application scenarios, key advantages, and selection guidelines: