Blopharmaceutical is an industry applying biotechnology and biochemical techniques, utilizing techniques such as blologic fermentation, cell culture, genetic recombination, and protein engineering to manufacture pharmaceutical products.Peristaltic pumps, with their precise and stable fluid control, lack of contamination or residue, low shear force, and easy maintenance, have become key technology in biopharmaceutical.They play a crucial role in various stages such as IVD diagnostics, chemical pharmaceuticals, coating and and purification transfer.

Since their invented, peristaltic pumps have been widely used in medical apparatus and instruments due to their characteristics of cleanliness, no dead angles, easy cleaning, and easy disinfection. They are applied in various medical procedures such as blood dialysis, infusion,various surgical rinses, and nasal feeding. With the development of peristaltic pumps, they have not only retained their original characteristics but have also evolved to possess high precision, rellability, controllability, safety, versatility, and ease of maintenance. They are extensively applied in the medical field, providing significant support for research,production, and clinical applications.

The cantrol of small-scale fluld is hindering the upgrade of industrial sutomation, impeding technologlcal progress in traditional manufacturing. Achieving online monitoring, online control, and precise control of micrafluldics poses a technological barrier that traditional manufacturing upgrades cannot avaid. Peristaitic pumps are widely utilized in various fields such as chemical and automation, owing to their characteristics of small flow rate, self-priming, and no backflow. With precise and stable fluld control, stabluty in small flow rate transfer, accurate continuoas transmission, and easy maintenance, peristaltic pumps have become key technology in the field of industrial automation.

Analytical instrument is a branch of scientific instruments.With the advancement of science and technology,particuLarly in the fields of life sciences, materials science, environmental sclence, energy science, and increasing demands for on-site and online detection,analytical instruments becoming more portabllity, minlaturization,and diversification. Peristaltic pumps are used for precise and stable fluid delivery, ensuring accurate flow control and mixing.Their unique principle prevents cross-contamination,making them essential in high-precislon, small-volume analytical instruments like blochemical analyzers and mass spectrometers.

The environmental protection industry has evolved into a comprehensive sector, encompassing areas like conservation and sustainable resource use. Globally, it’s a rapidly growing sector, serving as a key driver for industrial economic benefits.It’s also a focal point for countries aiming to innovate and adjust industrial structures. Peristaltic pumps offer high precision,stability, corrosion resistance, low shear force, and energy efficiency, making them essential in environmental protection for sustainable solutions in pollution treatment,resource management, and environmental monitoring.

Peristaltic pumps are vital in mining for transferring abrasive slurries, viscous reagents, and corrosive chemicals. Their unique design, where only the tube contacts the fluid, ensures exceptional resistance to wear and clogging. This makes them ideal for precise dosing in mineral processing, flotation reagent addition, and wastewater treatment. Key advantages include minimal maintenance, self-priming capability, and accurate flow control, significantly enhancing operational efficiency and safety in demanding mining environments.

Peristaltic pumps are ideal for food and beverage processing, handling sensitive fluids like dairy products, juices, sauces, and beverages without contamination. Their gentle pumping action preserves product integrity, while the closed-tube system ensures hygiene and easy cleaning. Applications include precise ingredient dosing, flavor addition, and CIP systems. Advantages include sanitary design, minimal maintenance, and accurate metering, supporting efficient and compliant food production.

Peristaltic pumps play a critical role in materials preparation, expertly handling sensitive or high-viscosity fluids such as nanomaterials, ceramic slurries, polymer solutions, and abrasive particles. Their contamination-free transfer ensures material purity, while precise flow control guarantees consistent chemical ratios and coating thickness. Widely used in battery slurry coating, composite material mixing, precision spraying, and lab R&D, these pumps offer excellent sealing, corrosion resistance, and repeatable metering accuracy, providing reliable support for advanced material development and production.