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  Keyto Fluid Control Solutions in life science valve Keyto   supplies core components and complete system solutions tailored for laboratories and life sciences. We have established long-term partnerships with leading global brands, addressing the increasing need for highly automated and high-throughput facilities.   Our air displacement pipettes, programmable syringe pumps, rotary shear valves, bonded manifolds, and micro solenoid valves offer perfect solutions for applications such as fluorescence detection, nucleic acid preparation, PCR setup, next-generation sequencing for genomic research, TLC spotting, SPE, liquid extraction, drug discovery, forensics, materials science, molecular biology, clinical research, and drug development.   We can also provide kinds of aviation diaphragm solenoid valve   for sale, if you are interested, please contact us.

  Keyto Fluid Control Solutions   in Pharmaceuticals piston pump applications about keyto   fluid control products apply in lab solutions Keyto ’ s valves and pumps play a critical role in the pharmaceutical industry, particularly in controlling fluid flow and ensuring precise formulation of drug mixtures.   Given the stringent requirements for dosage control in drug production, our high-pressure solenoid valves offer precise dosing control, ensuring accurate fluid flow during the manufacturing process. By adjusting the valve operation, you can control the speed and volume of fluid flow, enhancing the precision of the pharmaceutical process. These valves also contribute to maintaining the stability and consistency of drug quality, ensuring that each ingredient is added in the correct proportion.   Pumps are also essential for the continuous flow of liquids in pharmaceutical production, such as transporting materials through pipelines in chemical synthesis proces...

  In the ever-evolving landscape of medical technology, advancements continue to reshape the way we approach healthcare. One such innovation that stands out is the integration of micro diaphragm liquid pumps into medical devices. These tiny yet powerful pumps are redefining the capabilities of medical equipment, surpassing expectations and opening doors to new possibilities in patient care and diagnostics.   The Marvel of Micro Diaphragm Liquid Pumps Precision Delivery for Medication Administration Miniature medical devices   are at the forefront of precision medicine, enabling accurate and controlled delivery of medications. In applications like infusion pumps and drug delivery systems, these pumps offer a level of precision that goes beyond traditional methods. By ensuring the exact dosage is administered at the right rate, patients receive the therapeutic benefits of medications with enhanced safety and efficacy.   Compact Design, Big Impact One of the standout fe...

  The definition of pinch valve Pinch valve, also known as a pressure valve, airbag valve, pinch-off valve, etc. Pneumatic, electric, manual or hydraulic driving methods are used to squeeze the casing to achieve the function of switch/adjustment. An electromagnetic pinch solenoid valve   is a form of the hydraulic pinch valve . The casing (hose) is the most important part of the pinch valve, which provides anti-corrosion, anti-wear and pressure-bearing capacity. In addition, the quality of internal parts such as electromagnetic coil, armature and spring also affects the life of the valve.   Pinch valve working principle The electromagnetic pinch valve (pinch valve for short) is driven by an electromagnetic solenoid, and the on-off is controlled by squeezing or loosening the hose. The medium only passes through the hose, and the other parts of the valve body are not in contact with the medium, which means that compared with other kinds of micro solenoid valve, the pinch va...

  Diaphragm metering pump working principle The outstanding feature of a metering pump is that it can keep a constant flow rate independent of discharge pressure. It can complete the functions of conveying, metering and adjustment at the same time, thus simplifying the production process. Using multiple metering pumps, several media can be input into the process flow in an accurate proportion for mixing. Because of its own prominence, it has been widely used in petrochemical, pharmaceutical, food and other industrial fields.   The worm is driven by the motor coupling, and the spindle and eccentric wheel rotate through the worm gear deceleration, and the eccentric wheel drives the sliding adjustment seat of the bow-shaped connecting rod to reciprocate. When the plunger moves to the back dead center, a vacuum is gradually formed in the pump cavity of the metering pump, and the suction valve opens to suck liquid; When the plunger moves to the front dead center, the suction valve ...