a vending milk-dispensing machine designed for unassisted dispensing of cooled fresh milk by the customers. allows peristaltic pump dispensing milk into PET bottles with the capacity of up to 1 liter. The machine is installed in shopping malls and supermarkets. It is a healthy person who has the habit of drinking milk. Fresh m

The test wastewater is transported from the sump to the micro-electrolysis reactor from the bottom in the sump by a peristaltic pump, and the reaction effluent flows from the upper outlet of the reactor into the electric reactor.

nail polish filling peristaltic pump Youtube : https://www.youtube.com/watch?v=NkaqLxTYm4g

Tumescent Anesthesia, also known as Tumescenttechnique, is a method of local anesthesia. The definition of swollen anesthesia is to infiltrate into subcutaneous adipose tissue by ultra-low concentration, high-dose, large-volume local anesthetic (currently used lidocaine) as an anesthetic method for liposuction. Swelling anesthesia was first proposed by Klein in 1987. It is also called [over-perfusion anesthesia". A large amount of solution containing adrenal and lidocaine is stably perfused into the skin through a peristaltic pump, causing edema and cell tissue gap in the subcutaneous tissue and its structure. The small blood vessels are separated and pressed to be locked, thereby achieving the effects of local anesthesia, pain relief, hemostasis, and tissue separation. Swollen anesthesia can be used as a separate local anesthesia or combined with general anesthesia or regional anesthesia. The advantage of peristaltic pump in swelling anesthesia: 1,esay operated , non contamination 2, foot pedal control ,safety & reliability

Nowadays, the washing machines used by people are mostly fully automatic. The normal operation of this fully automatic washing machine is indispensable for peristaltic pumps. The fully automatic washing machine needs to regularly add various chemicals to complete the entire automatic washing process. Because the peristaltic pump hose can withstand a variety of chemicals, there is no possibility of cross-contamination, good sealing, and accurate metering of pumping viscous liquids. This task is best done by a peristaltic pump. Since the detergent has a certain viscosity, when selecting a peristaltic pump, it is necessary to select a peristaltic pump with a relatively thick wall thickness of the hose as much as possible, so that the performance of the peristaltic pump can be better reflected. Using a peristaltic pump to do this can automatically and accurately measure how much detergent should be added according to the amount of the clothes, so as not to waste the detergent or the shortage of detergent, which reduces environmental pollution and water waste. It also saves the cost of manual addition. The washing machine with peristaltic pump adding detergent will be more and more recognized by users and become an indispensable part.

The flue gas analyzer is a device that continuously measures and measures the flue gas content of CO2, CO, NOx, SO2, etc. by using an electrochemical sensor. It is mainly used for small-scale fuel oil, gas boiler pollution discharge or environmental monitoring handheld use near pollution sources. It can analyze and detect O2, CO, CO2, NO, NO2, NOx, SO2, CXHY, soot, exhaust temperature, flue pressure, combustion efficiency and excess air coefficient. Optional differential pressure, flow rate. The total amount of emissions, such as H2S, H2, HCL, NH3, HC and other smoke components can be detected by adding sensors. The flue gas analyzer is equipped with a high-power Peltier gas cooler and a drain peristaltic air pump, and electronically detects the condensed water. Once it reaches the upper limit of drainage, it automatically turns on the peristaltic pump and discharges the condensed water, which is very suitable for wet flue gas monitoring and analysis. At the same time, the instrument is equipped with three-stage filtration and particle collection device to effectively filter soot particles.

Filling peristaltic pump Features Suitable for manual small batch liquid filling With timing internal control and signal external control, it is suitable for different filling mode requirements. Can set the suction angle to effectively avoid falling down The full speed feature has been added to quickly emptying and fill the pipeline. Cleaning pipe fast. Calibration function is easy to operate, reducing user calibration adjustment time

The syringe pump uses a screw-rod linear motor as the actuator to achieve linear reciprocating motion. The purchased high-voltage power supply has an external control port for easy control. The system adopts PLC as the controller, and combines the man-machine interface to adjust the injection pump, the receiver and the high-voltage power supply to realize the control of the electrospinning process. Application of electrospinning technology With the development of nanotechnology, electrospinning, as a simple and effective new processing technology for producing nanofibers, will play a huge role in biomedical materials, filtration and protection, catalysis, energy, optoelectronics, food engineering, cosmetics and other fields. . 1 In the field of biomedicine, the diameter of nanofibers is smaller than that of cells, which can simulate the structure and biological function of natural extracellular matrix; most tissues and organs of humans are similar in form and structure to nanofibers, which are used for tissue of nanofibers. And the repair of organs provides the possibility; some electrospun raw materials have good biocompatibility and degradability, can enter the human body as a carrier, and are easily absorbed; in addition, electrospun nanofibers have large specific surface area and porosity. Such excellent characteristics, therefore, it has attracted the attention of researchers in the field of biomedicine, and has been well applied in drug controlled release, wound repair, biological tissue engineering and so on. 2 The filtration efficiency of the fiber filter material increases as the fiber diameter decreases. Therefore, reducing the fiber diameter becomes an effective method for improving the filtration performance of the fiber filter material. In addition to its small diameter, electrospu

A water reducing agent is a concrete admixture that reduces the amount of water used for mixing while maintaining the slump of the concrete. Most of them belong to anionic surfactants, such as lignosulfonate and naphthalenesulfonate oxymethylene polymers. After adding the concrete mixture, it has a dispersion effect on the cement particles, which can improve the workability, reduce the unit water consumption, improve the fluidity of the concrete mixture, or reduce the amount of cement per unit and save cement. Water reducing agents are widely used in prefabricated and cast-in-place reinforced concrete fields in various industrial and civil construction, water conservancy, transportation, port, municipal and other projects. The use of a peristaltic pump to transport the water reducing agent has the advantages of convenient operation, high precision, small error, low cost, etc. The peristaltic pump can continuously transfer the water reducing agent at a large flow rate, thereby greatly improving the delivery efficiency of the water reducing agent. The water-reducing agent is driven by a peristaltic pump DC brushless motor, which is maintenance-free and has more powerful power. It can cascade up to four pump heads. It has basic functions such as positive and negative, start and stop, full speed, speed regulation, etc. It can adjust the speed through external analog, control start and stop and direction, and increase the time distribution function. The peristaltic pump large-flow conveying water reducing agent solves the problem of large-scale construction engineering, which not only saves construction cost, but also speeds up construction efficiency, and better enables the project to show the effect of adding water agent.

The peristaltic drip pump uses a peristaltic pump to completely solve the shortcomings of the previous gear pump and pneumatic pump. The pump squeezes the rubber tube through three rollers, and forms a vacuum in the tube to extract the insulating paint. In order to achieve the purpose of dripping paint, the transmission motor of the pump adopts a variable speed gear reduction motor, which can be easily adjusted. The amount of paint is simple, the operation is convenient, the amount of paint is accurate, basically no maintenance is required, and only the silicone rubber tube can be replaced regularly. In addition, the company can provide 6-channel or 8-channel peristaltic pumps according to the needs of users. Why use the peristaltic pump to paint ? The rotor of the motor is coated with a layer of paint, which is insulated. Insulation treatment is to fill a certain amount of insulating varnish, glue and other impregnating agent, fill the gap between the winding insulation layer and the groove, so that the whole winding is insulated and bonded into one whole. The treated workpiece surface forms a dense, smooth, continuous continuous paint film. Thereby, the heat resistance, thermal conductivity, electrical strength, mechanical strength, and environmental r

Chemical mechanical polishing refers to the use of polishing machine, polishing fluid, polishing cloth and other processes under certain conditions to achieve high surface flatness of the processing process, in which the supply of polishing fluid by the peristaltic pump to complete. Polishing fluid is a kind of water-soluble polishing agent without any sulfur, phosphorus and chlorine additives. The polishing fluid has good degreasing, rust prevention, cleaning and polishing properties, and can make metal products show real metallic luster. Stable performance, non-toxic, no pollution to the environment and so on. Type of polishing liquid :Polishing agent for silicon material / Sapphire polishing fluid / Gallium arsenide polishing solution / Lithium niobate polishing solution Germanium polishing solution / Integrated circuit multiple copper wiring polishing fluid / Integrated circuit barrier polishing fluid Most of the polishing fluid can be transferd by our CR peristaltic pump . The peculiar structure of the peristaltic pump, which separates the pumping fluid from the pump body strictly, and the pump pipe and the pump head can be replaced at any time, make the advantages of the peristaltic pump in the chemical polishing process very obvious.

The automatic feeding and peristaltic pump dosing system of washing machine is mainly composed of three parts: the first part is the system control part, which is composed of the smallest system board and wireless controller to complete the automatic feeding and metering control of the system; the second part is the driving board part, which mainly completes the drive control of various solenoid valves; the third part is peristaltic pump and each circuit. The liquid circuit of solenoid valve mainly completes the flow direction of liquid path, and the system structure is shown in Figure 1. hardware design The main function of the industrial washing machine detergent adding system is to add detergent to the industrial washing machine. It is necessary to add different doses of chemical materials (such as acid, alkali, neutralizer, bleach, disinfectant, etc.) to the washing machine at different times. To achieve this function, electromagnetic valve with metrology sensor and time sharing control is needed. In addition, it is necessary to select and control the time of washing items (such as bed sheets, quilt covers, tablecloths, towels, etc.). Is the industrial washing machine a household washing machine? Of course not. Although they are used to wash things, they are very different from each other in appearance or in the type of washing. These differences also lead to the wider use of industrial washing machines than household washing machines. Industrial washing machines can be used in the following industries: Industrial washing machine Hotel guesthouse. In this industry, industrial washing machines are mainly used to wash sheets, bedclothes, towels, bath towels and other cloth grass; because the household washing machine can not meet the hotel c

OEM205/TH15 for Fermenter tank Fermentation tanks are widely used in industrial production. Various experimental fermentation tanks and large-scale production fermentation tanks are widely used in industrial production. These fermentation tanks play an important role in biological fermentation. Fermentation tanks need to be added and supplemented by peristaltic pumps in each process of production. Trace elements or catalysts are used to control the properties of fermentation broth. These supplementary substances are used to control the fermentation process accurately. The accuracy of the added trace elements will greatly affect the progress of the fermentation process and the quality of the finished products. Usually all kinds of pumps are used to add liquid automatically and continuously. Peristaltic pump is widely used in fermentor. The delivery precision and long-term reliable operation of peristaltic pump determine the stability and reliability of the output liquid, so it also plays a particularly important role in the fermentation process. Therefore, we should pay attention to the following problems when choosing a peristaltic pump for fe

The peristaltic pump system is suitable for use in the laboratory, industrial manufacturing and field applications for the chemical industry; mining, metallurgical industry; paper industry; paint coating industry; food industry; ceramic industry; oil industry; water treatment industry. Agriculture: Dosing of Feed Additives, Insecticide Spraying, Biotechnology: Chromophores, Cycling Cell Suspension in Fermentation, Injection of Agar into Petri Dishes, Filtration Chemical Industry: Corrosive Cleaners, Elutriation, Flow Injection Analysis , Tissue infusion, Injection determination, PH value determination, Chromatographic determination, Filling transport, Salt solution venom Laboratory environment: Contaminated groundwater, Flow injection analysis, Sewage/silt analysis, Wastewater sampling, Rainfall salt analyzers Pharmaceutical industry: Cosmetics preparation, Preparation of extinct liquids, decomposing experimental devices, fermentation control, harvesting of cell culture media, cultivation of nutrients Supply of printing industry: lithographic ink dosing, ink dosing Wastewater treatment: Lime dosing, polymer dosing water treatment : Chlorine Analyzer, Sewage PH Control, Silicone Water Cleaning Laboratory Peristaltic pump has excellent repeatability in small volume fluid distribution and metering .No need for any valve on the equipment, eliminating the most common clogging and siphoning of fluids. Cellular transport, specimen depigmentatio

Copper sulphate (CuSO4) is a widely used chemical salt in agricultural and industrial fields as well as in pharmaceuticals and research. Because copper sulphate exothermically dissolves in water, it gives off heat and can substantially raise the temperature of the water in which it is added by peristaltic pump Medical applications: Copper sulphate is a commonly used germicide and antiseptic agent in public swimming pools, either by adding it by peristaltic pump to the water or incorporating it into the foundation of the floor by peristaltic pump where it has been proven to eliminate the spread of athlete`s foot and contagious diseases. Pharmaceutical applications: As a raw material, copper sulfate is used in the manufacture of copper catalysts which also can be added by peristaltic pump Agricultural applications: Copper sulphate is a herbicide, but is generally not used on crops. Instead, it controls invasive aquatic plants growing near public water or sewer pipes. Very diluted copper sulphate which added by peristaltic pump treats aquarium fish for parasitic infections, or the aquarium itself to remove snails. It may also be used as a fungicide when mixed by peristaltic pump with either lime or ammonium carbonate. To distinguish barium from copper sulphate, a flame test proves that CuSO4 emits a much deeper green light than barium. In the presence of chlorine, however, copper sulphate emits a deep blue light. From farmers to pharmacists, copper

This product is especially suitable for the quantitative automatic addition of various types of mine beneficiation chemical flotation reagents (such as xanthate, amine xanthate, sodium sulfide, second oil, copper sulfate, oleic acid and other foaming agents, collectors, regulators). And metering, also applicable to the quantitative automatic addition of liquid cyanide and other drugs in cyanide operation. (1)The medicine inlet of peristaltic pump dosing machine is inserted from the top of the medicine box into it, and dosing medicine self-absorbed. Therefore, it is not affected by the pressure of the drug tank and the viscosity of the medicine, and the microcomputer control to 1 ml. Which can be the most accurately control the dosage of pharmaceuticals, to obtain the best pharmaceutical additives. Also minimize the drug consumption, access to the best economic and technical indicators.

Application areas of peristaltic pumps: 1. Pharmaceutical industry The peristaltic pump uses a non-polluting and non-corrosive special hose for the peristaltic pump. Peristaltic pump tubing that meets USP and VI requirements can withstand high-temperature disinfection treatment. There are also a variety of drivers to choose from, which can be used in the following situations: during the fermentation of the medium, the peristaltic pump is used to deliver nutrients, pH adjusters, and distribute cosmetic liquids. 2. Laboratory field Peristaltic pumps have excellent repeatability accuracy in the distribution and metering of small volumes of fluid. No need to install any valve, eliminating the common obstruction and siphon phenomenon of fluid. In the laboratory research and development process, common applications include cell tissue transportation, specimen decolorization, perfusion, liquid chromatography analysis, and acid or alkaline solution transportation. 3. Food and chemical industry Many existing peristaltic pump tubing materials can meet the requirements of USP, FDA, and NS. The use of a peristaltic pump can conveniently transport viscous liquids and liquids with fine particles, and the peristaltic pump does not need to be cleaned. To replace the fluid, just replace the hose. Common uses are the distribution of fruit juice, yogurt, flavoring, and syrup on the food production line, and the filling of other foods.

Precautions before using the peristaltic pump: Whether the rotation of the pump shaft is normal and whether it is stuck. If the hose of the peristaltic pump is not replaced by the previous one, take out the hose and remove the squeezed part of the pump head to reduce the fatigue of the hose of the peristaltic pump, to achieve a better transmission effect. Because the peristaltic pump is highly integrated, has good controllability, and other main switches are on and off well, you can use it with confidence. Precautions for the use of the peristaltic pump: When using the peristaltic pump, it is not necessary to screw the pressure plate too tightly. Under normal circumstances, liquid can flow out to avoid the pump head. The silicone tube should be coated with lubricating oil inside the pump head. Extend its service life; when the pump head of the peristaltic pump is in rapid use, do not press the "forward/reverse" switch. If you want to press it, first reduce the speed and then press it, and then set the speed to the original Speed, that is, adjust the reading of the voltmeter to the original value; when we use it, we must first understand what some peristaltic pumps are made of. When it is in use, you should always pay attention to whether the silicone tube is in good condition. Generally, it is better to run at a medium speed. When the silicone tube is found to be worn out, the silicone tube should be replaced in time. When the peristaltic pump starts to run, the silicone tube may swell to one end, so you can straighten it with your hand; just wipe the pump head clean after use.

The water quality sampler is a special device for collecting water quality samples, which is divided into two types: manual sampling and automatic sampling. Friends who know this product should know that the material of the water quality manual sampler must not affect the composition of the water sample, and it is easy to wash, and there should be no residues on the previous samples. This puts extremely strict requirements on the supporting equipment of the sampling process, so how does the peristaltic pump become the necessary equipment for the water quality sampler? PART 1 First understand the working principle of the peristaltic pump The peristaltic pump pumps fluid by alternately squeezing and releasing the elastic delivery hose of the pump. Just like squeezing a hose with two fingers, as the fingers move, negative pressure is formed in the tube, and the liquid flows along with it. A peristaltic pump forms a "pillow"-shaped fluid between a section of the pump tube between two rotating rollers. The volume of the "pillow" depends on the inner diameter of the pump tube and the geometric characteristics of the rotor. The flow rate depends on the product of the three parameters: the speed of the pump head, the size of the "pillow", and the number of "pillows" produced per revolution of the rotor. The size of the "pillow" is generally constant (except when pumping particularly viscous fluids). Part 2 must choose the reason for the peristaltic pump ①The peristaltic pump is used to transfer the liquid, and the transfer environment is unique. It only passes through the dedicated transfer hose. In this way, the water quality sampler mee

The main key component of the peristaltic pump is the pipe, with which the fluid is only in contact. The pipe must be flexible and strong enough to withstand continuous compression and meet the requirements of chemical compatibility. For pumping a variety of fluids contained in a hose mounted in a circular pump housing, a rotor compression hose with multiple rollers. As the rotor rotates, the compressed section of the pipe is pinched and closed, forcing the fluid to be pumped through the pipe. When the tube is opened to its natural state after passing through the CAM, the fluid flow is directed to the pump, a process known as creep. In the whole process of the inkjet machine, the black ink must be continuously transferred to the nozzle, and the black ink in the ink cartridge will continue to decrease. To ensure the continuous supply of black ink, the ink tube is generally inserted into the external ink barrel and the black ink is transferred to the secondary ink cartridge by the pump.The precision peristaltic pump is often used as a black ink conveying pump in inkjet printing machine, or pneumatic diaphragm pump is used to collect and discharge waste ink. Although this kind of pump is cost-effective,for some water-soluble resin black ink or high viscosity black ink,the whole process of transmission will lead to damage to the pump or the total flow is not stable, in addition to the pump will produce black ink blind residual problems. Precision peristaltic pump on the 12 v or 24 v dc regulated power supply drive, traffic can choose size, peristaltic pump configuration is the direct current speed down gear motor, thus ensuring the whole process of the peristaltic pump in the transmission of black ink in the consistently high credibility and reliability, not easy due to damage to pipeline pump liquid or can't and you won

Liquid fertilizer machine is an important tool in the development of agriculture in our country. After continuous research and improvement, liquid fertilizer machine has been improved in many ways, increasing the efficiency of agricultural production, but there are still some problems that need to be further improved. The combination of peristaltic pump and liquid fertilizer application machine can change many problems existing in traditional liquid fertilizer application machine and greatly improve the working efficiency of liquid fertilizer application, especially playing an important role in large area tillage equipment. In the application of liquid fertilizer machine, it can also be used in pesticide spraying and other aspects, through constant adjustment, to achieve the average spraying of pesticides. However, in the daily use, it is necessary to pay attention to timely replacement of hoses, so as to ensure the continuous and normal use of peristaltic pump and reduce the work stoppage due to wear and tear caused by mistakes. The use of peristaltic pump in liquid fertilizer machine is of great significance for agricultural development and agricultural production. Advantages of liquid fertilizer

Gel is a kind of automatic liquid glue coating machine, mainly used in the product process in accurate location, glue, paint and other liquid injection, apply to the precise location, each product can be widely used in electronic packaging, parts and fixed glass sealing, etc, can be accurately and quickly replace manual operations, is not necessary for a part of the mechanized production. In the actual production application, the dispensing machine is simple to operate, convenient to use, high-speed and accurate, not only can be operated by a single machine, but also can be used in the assembly of various automatic equipment, with strong bearing capacity and large processing space, providing great convenience for the automatic dispensing in the production process. Peristaltic pump is one of the most important parts of dispensing machine, peristaltic dispensing technology is widely used in many fields of production, to help dispensing machine to accurately locate and precisely dispensing glue in the glue liquid coating work of specific equipment. Glue supply principle of peristaltic pump: The stepper motor drives the rotor inside the pump head to rotate, and then squeezes the pump pipe with

With the multiple development of social production, peristaltic pump is widely used in all walks of life, such as water treatment, food and beverage, chemical research, medical and pharmaceutical, etc., which plays a very important supporting role in the chemical reaction process. First of all, the drug solution used in chemical reactions has certain risks, and secondly, it also has high operational requirements in terms of accuracy.Problems such as high risk coefficient and high labor intensity are normal in chemical reaction work. The peristaltic pump is used for feeding chemical reactions. Through the mode adjustment of peristaltic pump, the purpose of feeding raw materials from the boiler to the reaction kettle is achieved. Mechanical replacement of human labor can directly reduce the labor intensity of chemical experimenters and ensure safe production.Ensure accurate value, improve experimental efficiency and output. Because of the corrosive nature of the chemical raw materials, the performance of the only component in contact with the material - the hose presents an important challenge.So what are the requirements for using a hose in a chemical reaction? 1. Self-elastic recovery -- the hose can quickly recover to the pre-extrusion state after being squeezed by the pump head roller. In the feeding process of chemical reaction, the hose is under the operation of peristaltic pump for a long time, with high strength and pressure, and has direct contact with the chemical raw materials. If the self-elastic recovery of the hose is poor, it will directly affect the conveying accuracy of peristaltic pump, so as to affect the reaction results. 2. Wear-resisting and pressure-resistant -- the hose has a long service life under long-term extrusion and friction.

In the clinical work of the medical industry, the use of peristaltic pump, hose pump for irrigation and drip irrigation is very common: 1. Heat and chemotherapy perfusion: the equipped agents are injected into the tumor site to increase the temperature of the tumor tissue in the body to the effective treatment temperature and maintain it for a certain period of time. The difference in the tolerance ability of normal tissues and tumor cells to temperature can be utilized to achieve the therapeutic purpose of not only making tumor cells apoptosis, but also not damaging normal tissues. 2. Surgical irrigation: after medical operation, the wound will be sterile cleaned, and the surgical instruments will be sterilized and sterilized. Germy tissues, debris or residues will be cleaned, sterilized and sterilized, so as to reduce postoperative infection and prevent adhesion. 3. Colon perfusion: the lavage fluid is heated to the appropriate temperature, and then it is introduced into the colon through the catheter, maintained for a certain period of time, and then discharged from the catheter, so as to achieve the cleaning effect of harmful components in the body. Intestinal perfusion cleaning, in clinical treatment, health care plays an important medical significance, safe and reliable, simple use,