Company News

Some say: “More rollers mean a better pump.”It sounds logical—more rollers should lead to smoother flow and higher precision, right?But is this really true? The answer is: Not necessarily.Choosing the number of rollers is, in fact, an engineering trade-off involving smoothness, lifespan, and cost. Gains and Losses of Increasing Rollers Gains: Smoother Flow, Higher Precision ◎ Significant reduction in fluid pulsationMore rollers mean more compression cycles per rotation. The flow output becomes a superposition of more, smaller “peaks,” resulting in an overall smoother flow.This is critical in applications highly sensitive to… Read More »Lead Fluid Academy | Are More Peristaltic Pump Rollers Always Better?

As winter begins, water starts to freeze and the ground turns cold.When the chill sets in,Whether it’s precious herbs in a greenhouseOr beloved potted plants on your balcony at home,They all face the challenges of the season. No matter how experienced you are, it’s hard to compete with an ever-changing environment. You may have encountered situations like these:• The soil looks moist, but the roots are actually thirsty.• Watering in the afternoon based on experience, only to have the roots “freeze” when temperatures drop at night.• Worrying about your plants… Read More »The Start of Winter: The Perfect Time for Smart Protection! Lead Fluid Cloud Ecosystem Ushers in a New Era of Smart Planting

Dear lab researchers and process experts,Have you ever encountered situations like these:Data fluctuating unpredictably?Equipment acting up occasionally?Before blaming the devices, consider this—sometimes the issue lies with your own operation!Your handling might have left your peristaltic pump “full of grievances.”Today, the “Peristaltic Pump” has decided to speak up and share the grievances it has endured over the years!Let’s see how many of these resonate with you. Tube The drive unit is built to last, but I’m not! 01 Mismatched Pairings“Why am I forced to handle every chemical liquid without discrimination?”Pitfall: Tube swells,… Read More »If Peristaltic Pumps Could Talk, They Might Complain Like This~~

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!