Applications

In the fields of air quality monitoring and environmental safety, formaldehyde is a “high-profile player.” As a common indoor pollutant originating from new furniture, plywood, wall paint, etc., long-term exposure to high concentrations of formaldehyde can adversely affect human health. Consequently, there is a growing need across various scenarios—from laboratories to field applications, and from research institutions to environmental protection agencies—for real-time and accurate monitoring of formaldehyde concentrations in the air. 01 Precise Fluid Control Ensures Data Reliability Currently, online formaldehyde analyzers widely adopt the Hantzsch (acetylacetone) reaction method. This method involves absorbing formaldehyde… Read More »Precision Fluid Control for More Stable and Accurate Online FormaldehydeAnalysis

Driving Motors The rapid development of new energy vehicles has placed the performance and reliability of drive motors under the spotlight. As the “heart” of new energy vehicles, motors must operate stably under high voltage, high speed, and complex working conditions. Insulation treatment is a critical process ensuring their safety and durability. Among various insulation processes, electric heating drip impregnation technology has become a core step in the manufacturing of flat wire motors. This process involves rotating and heating the stator to precisely and uniformly permeate insulating resin into the windings,… Read More »Empowering High-End Manufacturing: Application of Lead Fluid Peristaltic Pumps in Motor Insulation Processes

Organoids Can you imagine? In laboratories, researchers can “grow” a mini liver the size of a grain of rice that secretes bile and metabolizes drugs; or even construct miniature brain-like tissues where neurons generate electrical activity, partially simulating local brain region functions. These remarkable “mini-organs” have a common name – organoids (Organoids). They are three-dimensional miniature “organs” cultured in vitro using stem cells with developmental potential, demonstrating high structural similarity to real organs at the tissue level, possessing self-renewal and self-organization capabilities, and able to partially replicate organ functions. Therefore,… Read More »Scientific Efficiency Upgrade | Lead Fluid Dual-Speed Syringe Pump Empowers Organoid Dynamic Culture!

Using two syringe pumps simultaneously enables parallel experiments, time-sharing mixing…Traditional dual-channel syringe pumps are also commonly used for tasks like gradient solution generation and dual-component microsphere preparation.While they may seem to “each have their advantages,”once you actually start using them, problems arise: Have you encountered these frustrations too?What truly limits your experimental efficiency isn’t the number of devices but their capabilities.What you really need is an intelligent syringe pumpwith Dual-Action Execution + Adaptive Programming! The Lead Fluid TYS01-02 Dual-Rate Syringe Pump revolutionizes liquid handling by integrating dual-pump functionality with an intelligent control system in a single compact unit. This advanced… Read More »Still Relying on Two Pumps for Experiments? Manual Task Switching? The ‘Dual-Action + Programming’ of Lead Fluid Dual-Rate Syringe Pump Gets It All Done in One Machine!

Deuterated Acids/Bases at “Sky-High” Prices (¥1,000/gram)Production Costs Slashed by 80%!​ Recently, the Precision Intelligent Chemistry National Key Laboratory at the University of Science and Technology of China (USTC) published groundbreaking research in Nature: For the first time, green, low-cost production of deuterated acids and bases was achieved using bipolar membrane water dissociation technology. In this innovative experiment, Lead Fluid’s BT600L peristaltic pump ensured safe and reliable fluid circulation with its precision flow control. At this historic moment, we stand alongside innovation! China University of Science and Technology Achieves Major Breakthrough in the Preparation of… Read More »National Key Laboratory’s Choice | Lead Fluid Peristaltic Pump Enables Low-Cost Production of Deuterated Acids/Bases

Site Overview At a pharmaceutical facility in Hainan, the DS600 filling system equipped with DMD15 pump heads is accurately dispensing 5mL of medicinal solution into vials. The process demonstrates tight synchronization between equipment and production line—precise dosing, orderly vial movement, and crystal-clear solutions—showcasing a modern filling line that balances accuracy, efficiency, and compliance. In the pharmaceutical industry, behind every filling line a strict requirement for dosage control precision, comprehensive monitoring of the entire production process, and a continuous test of the equipment’s ability to operate reliably over the long term!… Read More »How did the Peristaltic Pump DS600 Enter Pharmaceutical Workshops and Unlock A New paradigm of “precision, efficiency, and compliance” in filling?

Technical Advantages and Application Value Peristaltic pumps demonstrate unique technical advantages in pharmaceutical coating and granulation processes, becoming critical equipment for modern pharmaceutical production. Their seal-free design completely eliminates cross-contamination risks, meeting stringent GMP requirements, particularly suitable for high-value API and formulation manufacturing. Core Application Scenarios Precision Coating Solution Delivery Achieves accurate flow control of 0.5-50mL/min Uniform delivery of coating suspensions with 5-15% solid content Typical application: Aqueous/organic film coating for sustained-release formulations Quantitative Binder Solution Addition Stable delivery of HPMC, PVP binders (viscosity ≤5000cPs) Pulsed addition synchronized with granulator… Read More »Application of Peristaltic Pumps in Coating and Granulation Industry

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