Applications

Overview Peristaltic pumps play a critical role in mineral flotation processes, primarily for the precise delivery of various chemical reagents including collectors, frothers, depressants, and pH modifiers. Their unique pumping principle makes them ideal for reagent dosing in flotation operations, meeting stringent requirements for dosing accuracy, stability, and corrosion resistance in mining production. Core Applications Precise Reagent Metering Achieves dosing accuracy of 0.5%-3% Programmable flow control for different flotation stages Typical application: Quantitative dosing of xanthates and dithiophosphates Corrosive Reagent Transfer Handles extreme pH reagents (pH<2 or pH>12) Resists strongly… Read More »Application of Peristaltic Pumps in Mineral Flotation: Technical Advantages

Filling Is More Than Dispensing—It’s Key to Production Stability In the pharmaceutical production process chain, filling is a critical step that precisely distributes liquid medication into containers according to set dosages. Its accuracy, stability, and cleanliness not only ensure compliant product delivery but also directly impact the efficiency of the entire production line. A single dosage deviation can lead to batch scrapping, while even a few minutes of unplanned downtime can affect overall production capacity. Additionally, minor contamination risks during filling may result in quality hazards or even recalls. Achieving precise… Read More »DMD15 Empowers Liquid Filling, Enabling a “Stable, Precise, and Fast” Production Line

We may encounter “mL” and “L” every day,but have we ever truly considered:How much is a liter of water? In experiments, terms like “μL,” “nL,” “pL,” and “fL” are often mentioned—but how small are they really?Today, let’s step into the world of fluids and explore the units we can “see” and those we “can’t see”! 01 How Big Is a Liter? The most commonly used unit for liquids is the liter (L). For example, we often say, “Drink at least two liters of water a day,” and a bottle of… Read More »1 Liter = 1000 Milliliters, but Do You Know How Small 1 Femtoliter Is?

Lead Fluid’s independently developed “Online Water Quality Monitoring Instrument” (Patent No.: ZL 2024 2 0872383.0) has officially been granted national utility model patent authorization! This technology, equipped with the Lead Fluid JD1500 squeeze peristaltic pump, achieves ±2% high-precision liquid quantitative transfer, breaking the constraints of traditional quantitative methods, supporting more precise and efficient environmental monitoring, and injecting powerful “fluid” dynamics into a greener future! Patent No.: ZL 2024 2 0872383.0 The Threefold Technological Innovations Brought by JD1500 01 High Precision Quantitative Transfer The JD1500 has a fixed discharge volume per revolution. By innovating… Read More »Exciting News! Lead Fluid Secures National Patent Certification, Ushering Water Quality Monitoring into the Era of High Precision!

In the era of the Internet of EverythingSmart devices have already permeatedEvery aspect of our livesHoweverDevices operating in isolation and data silosRemain widespreadSeverely limiting the further advancement of intelligence. Lead Fluid Cloud Ecosystem: Born for This Challenge! As an intelligent interconnection platform centered on fluid control devices (peristaltic pumps/syringe pumps), Lead Fluid Cloud Ecosystem integrates sensors, alarms, and other smart products through IoT technology. It is designed to break down technical barriers and build an ​open, collaborative, and efficient smart device ecosystem. Part 1 Three Core Functions of Lead Fluid Cloud Ecosystem 1.Interconnection: One-to-Many… Read More »Lead Fluid Cloud Ecosystem 1.0: Ushering in a New Era of Intelligent Device Interconnection

Fully Automated Blood Blood Slide Maker&Stainer: The “Outpost” for Microscopic Examination When routine blood tests indicate abnormal white blood cell or platelet counts, the clinical laboratory needs to perform a blood smear microscopic examination for retesting, which is an important basis for blood disease diagnosis. However, traditional manual preparation has inherent limitations: Time-consuming and Labor-intensiveThe entire process of pipetting blood, smearing, staining, and cleaning relies on manual operations. When processing hundreds of samples per day, fatigue from operations may increase the risk of errors. The “Trial-and-Error” of StainingStain solution preparation remains dependent… Read More »KJ15: The “Precision Fluid Control Heart” of Fully Automated Blood Slide Maker&Stainer

The Refined Needs of Dental Flushing In dental treatments such as root canal therapy and implant surgery, the precision of liquid delivery directly affects treatment outcomes and patient experience: Physiological salinefor flushing debris. Cooling water during high-speed grinding. Traditional liquid pumps (e.g., plunger pumps/gear pumps) often face issues like unstable pressure and uneven flow, which can prolong treatment time and even cause discomfort to patients. The Lead Fluid FT1505, with its compact design, stable output, and clean safety features, provides professional fluid control solutions for modern dental equipment. FT1505: Five Key… Read More »Small Volume, Big Impact——FT1505 Delivers a Secure Experience for Dental Flushing

Building on the technological foundation and customer feedback from the previous two generations, the G3030 industrial micro-syringe pump has completed its third iteration upgrade, focusing on two core areas: visual interaction and the expansion of industrial protocols, providing more intuitive and reliable solutions for precise fluid control. Upgrade Highlights 01 Industry-First OLED Display, Real-Time MonitoringThe first-generation LED status light (Patent No.: ZL 201621348864.3) has been upgraded to an OLED LCD screen, dynamically displaying the syringe piston position and valve status for more intuitive operational feedback. Instant Overview: Power & Operational Status | Real-Time Monitoring… Read More »G3030 Third-Generation Industrial Micro-Syringe Pump: Visual Status + Industrial Networking, Efficiently Collaborating for Precise Control!

Are you still using traditional infusion pumps for microfluidic experiments? These hidden costs are consuming your research efficiency: ▶ Equipment Redundancy: Multi-channel experiments require multiple devices, wasting budget and laboratory space!▶ Synchronization Errors: Common flow rate synchronization deviations in separate pumps lead to time-consuming recalibrations!▶ Data Gaps: Experimental parameters rely on manual recording, making it difficult to trace anomalies! TYS01-02 Dual-Speed Syringe PumpOne Machine, Dual Execution, Doubling Efficiency The TYS01-02 breaks through the limitations of traditional syringe pumps by integrating dual independent execution units and an intelligent control system into one device. Tasks that previously… Read More »TYS01-02 Dual Rate Syringe Pump: Say Goodbye to Equipment Redundancy and Double Your Efficiency!