In liquid 3D printing, maintaining precise and reliable material delivery is essential for achieving consistent and high-quality prints. Compared to pneumatic or syringe-based systems, peristaltic pumps offer distinct advantages when it comes to handling viscous, sensitive, or contamination-prone materials. JIHPump: Precision Peristaltic Pumps for 3D Printing Why Use Peristaltic Pumps? 1....

Liquid 3D printing is a cutting-edge additive manufacturing technique that uses fluid-based materials to create complex structures with high precision. The process involves a series of tightly coordinated steps, each essential to ensuring the accuracy, stability, and functionality of the final printed object. Let’s check how does liquid 3d printing work. 1. Material Preparation The...

Peristaltic pumps, also known as tube pumps or hose pumps, are positive displacement pumps widely recognized for their precision, reliability, and ability to handle challenging fluids. Thanks to their unique design—where fluid is moved through a flexible tube by rotating rollers—peristaltic pumps offer key advantages like contamination-free transfer, self-priming capability, and...

In many advanced or automated ice cream machines—especially in commercial or soft-serve systems—a peristaltic pump is used for precise fluid handling. But why use a peristaltic pump? Accurate Dosing: Peristaltic pumps deliver exact amounts of liquid flavorings, sweeteners, or colorants into the mix without contamination. Hygienic Design: The fluid only...

Peristaltic pumps are often associated with industrial or medical use, but did you know peristaltic pumps also exist in everyday household items? One common example is the automatic soap dispenser. 1. Soap and Sanitizer Dispensers Many touchless soap and hand sanitizer dispensers rely on small peristaltic pumps. These pumps work by compressing and releasing flexible tubing to push liquid out in...

When it comes to fluid transfer in industrial, laboratory, or medical settings, choosing the right type of pump is crucial. Two common options are peristaltic pumps and piston pumps—each with unique working principles and applications. So, what sets them apart? 1. Working Principle Peristaltic Pump: This pump works by compressing flexible tubing with rotating rollers, pushing fluid...

Transferring precise amounts of liquid is essential in laboratories, medical settings, and even industrial production. Accuracy in liquid handling ensures reliable results, product consistency, and safety. Here are the most effective tools and techniques to achieve precise liquid transfer: 1. Use the Right EquipmentThe key to precision starts with selecting the appropriate tool:...

In the food and beverage industry, hygiene, precision, and contamination control are absolutely essential. This is where the food grade peristaltic pump plays a crucial role. Designed specifically for handling consumable liquids, this type of pump ensures safe, clean, and accurate fluid transfer—making it ideal for applications like dairy processing, flavor dosing, beverage filling, and...

In industries where precision is critical—such as pharmaceuticals, food processing, and laboratory research, accurate transfer of liquids plays a vital role. Among various types of liquid transfer technologies, the peristaltic pump stands out for its ability to deliver highly precise and contamination-free dosing. A peristaltic pump works by using rotating rollers to compress a flexible...

Choosing the right low flow peristaltic pump for water sampling—especially in field applications—requires careful consideration of several critical performance and design features. Here are the key factors to keep in mind: 1. Precise Flow Rate Control Your pump should offer stable, controllable flow rates within a low range (typically 0.1–500 mL/min) to accommodate both...