Chuangrui SG600FC peristaltic pump,Can be widely used in food and beverage filling. FC Intelligent dispensing peristaltic pumps on function is powerful: ·Storage function -user data storage function:(9 sets of filling data) . The original filling data can be quickly found by entering the storage interface with one key. ·External control function-Multiple mode selection: communication mode, analog mode,foot switch control.Provide customized services. ·Memory function-data will be stored in time after power off. When power supply is restored, the pump can remember the parameter Setting

peristaltic pump,It can be widely used in the transmission and filling of viscous fluids, especially in the catering industry with high hygiene level requirements, with strong functional advantages. SG600FC Multiple control mode:Flexible control mode: with touch screen, key and external control mode, convenient for users to choose to use; Multiple pump heads :The pump can install a variety of pump heads:YZ35-13.YZ35 series, BZ series, can be in series to meet different flow requirements; Double working mode:Transmission mode+filling mode; one-button switching of transmission and filling operation interface, making transmission and filling smarter and more convenient, Chuangrui SG600C-Intelligent dispensing peristaltic pumps:

Liposuction is a surgical procedure through a small incision with suction assisted through a subcutaneous fat through a suction cannula. Liposuction is one of the most commonly used cosmetic surgery today. With the development of technology, liposuction is safer, healthier and more efficient. Peristaltic pumps play an important role in liposuction. Liposuction is mainly divided into two parts, one is anesthesia, the other is the fat incision for docaine, saline and epinephrine delivery, the saline swells fat tissue, and adrenaline causes blood vessel constriction, which reduces bleeding Causes local anesthesia. Chuangrui peristaltic pump can deliver the set expansion fluid, which greatly reduces the penetration time. This can speed up the operation and reduce the pain and bruise of the patient. The included pedal and pump setting knobs give you complete control over the amount of fluid you need to deliver. Peristaltic pumps can be used for liposuction to deliver saline during swelling anesthesia. Advantages of swelling anesthesia: The effect is g

Peristaltic pumps are widely used in the experiments of jade mouse perfusion due to their stable operation performance and simple operation. Mice were perfused. Cardiac perfusion was performed with Chuangrui peristaltic pump, inserted into the left ventricle, and the right atrial appendage was cut open, then the flow rate was 15 ml/min with saline, and the liver was whitened and replaced with 4% paraformaldehyde. The flow rate was 1.81 ml/min. The suggestion pump model is is BT100LC or BT100M with flow range 0.007-380 ml/min . Model BT100M BT100LC

Peristaltic pump for Coating machine The wetting agent or adhesive in the granulation process and the coating agent liquid in the coating process all need to be sprayed by atomization. The atomization ability of spray gun of general granulator and coating machine is very adjustable. It is very important to maximize the production efficiency to adopt appropriate liquid flow rate. Due to the diversity of raw materials and accessories, it is difficult to set a unified standard of liquid flow, which generally needs to be mastered by experience and determined by experiments; this requires that the flow rate of the adding pump (peristaltic pump) can be adjusted accurately and broadly. As a result of hygiene requirements, in addition to the replacement of liquid, in the daily production process also need to be regularly added liquid pump (peristaltic pump) cleaning, disinfection. Because the coating agent is usually mixed by a variety of materials, and usually contains a certain amount of particles, this also puts forward special requirements for the pump. The peristaltic pump only contacts the hose, only needs to change the hose simply to meet the hygienic requirements. It can transfer the liquid containing particulate matter. It also has a wide flow regulation ability and high flow accuracy. The peristaltic pump is the best choice for the coating machine.

CR peristaltic pumps are commonly used in laboratory applications: cell tissue delivery, specimen decolorization, perfusion, liquid chromatography, and acidic or alkaline solution delivery. In biological sample testing laboratories, it is necessary to quickly and accurately dispense viscous materials into In the culture dish, and can not be sprayed. The CR peristaltic pump has great advantages in laboratory applications. 1, can cascade multiple pump heads 2, suitable for multi-channel small flow liquid transmission 3, knob operation, simple and practical 4, with power-down memory function 5, small size, easy to move

Dispensing peristaltic pumps and intelligent dispensing peristaltic pumps can be widely used in the filling and production packaging of food, pharmaceuticals, cosmetics and chemical fluids. The rotation of the pump head roller squeezes the hose to form a vacuum, which continuously drives the liquid. flow. On the basis of supporting liquid transfer, the dispensing peristaltic pump can accurately process fluids in multiple batches. The filling volume, filling time, interval time (with the time of the conveyor belt), and the operation speed can be selectively operated. To support the flexible use of filling machinery. The fluid pumped during the entire filling process only touches the hose, so the use of peristaltic pumps for fluid filling can not only ensure the hygienic level of food and drugs, but also has a very large capacity for the treatment of low-toxic and low-corrosive fluids Practical advantages. For example, peristaltic pumps can easily handle the safe filling of agricultural products such as herbicides. So what are the advantages of peristaltic pumps for herbicide filling and packaging?

A marker pen is a pen that can write or mark on a variety of materials such as paper, wood, metal, plastic, enamel, and so on. Markers are divided into oil-based markers and water-based markers. Water-based markers can write on smooth surfaces or whiteboards and can be wiped off with a rag, oil-based markers are not easy to erase. Peristaltic pump can be applied to the production and filling of marker pens and watercolor pens. It has high accuracy, small error, no foaming, and is a very good filling tool. Chuangrui peristaltic pump, as a high-quality peristaltic pump manufacturer, has high quality, high efficiency, and high evaluation of peristaltic pump products, which is an ideal choice for the production and life of users. Customer application cases: Model:GS600 Filling system

Chuangrui peristaltic pumps serve customers' needs in all aspects and provide safe and reliable fluid processing. As a professional manufacturer of peristaltic pumps, our company has a large number of domestic and foreign customer groups, and the industry is widely used, especially in the production and filling and transmission of pharmaceutical fluids has a very large practical advantage. Peristaltic pumps can easily cope with the safe filling of medical products such as alcohol, disinfectant, vaccine, oral solution, capsules and other medicinal products. What are the advantages of using peristaltic pumps to fill medical supplies such as alcohol and disinfectant? ·Peristaltic pump supports personalized custom design to meet different flow and different forms of fluid processing. ·Peristaltic pump hoses are replaceable accessories, size, model and material are optional, easy to install. ·Optional use of corrosion-resistant and wear-resistant hoses to increase the life of the peristaltic pump. ·Intelligent operation, optional operation modes such as knob, touch screen, button, external control, etc. ·Medicines only contact the inner wall of the hose to avoid cross-contamination and ensure the hygienic conditions of production. ·Low pulsation, low shear force when transferring fluid, can fill sensitive drugs. ·Accurate and wide range of traffic, both small and large traffic can be handled. · Applicable to mechanized filling, high efficiency, saving labor.

Peristaltic pumps are widely used in food, laboratory, chemical and other fields due to the characteristics of easy-to-clean pump tubes, easy installation, and liquid flowing in the pump tubes without contacting the outside world. In the greenhouse, peristaltic pumps also play an important role. effect. With the development of science and technology, people have moved vegetable cultivation from fields into vegetable greenhouses, so that people can eat fresh vegetables throughout the year. To achieve this leap, we must create the environment needed for vegetable growth in the greenhouse. Peristaltic pumps can accurately convey water and fluid nutrients to vegetables and perform precise disinfection. The LC series of Chuangrui peristaltic pumps has four working modes: transmission mode, timing transmission, quantitative transmission, timing and quantitative mode, to meet the various needs of vegetable cultivation.

The use of peristaltic pumps instead of manually feeding the reactor during the chemical reaction has the following advantages: 1. In the process of pumping raw materials, the peristaltic pump only flows in the hose and does not contact the pump, which prevents the pump from contaminating the raw materials and reduces the impact of chemical reaction impurities. At the same time, it does not cause corrosion due to the raw materials. Mechanical parts of the peristaltic pump 2. When the peristaltic pump is started, it has strong self-priming force and can generate enough vacuum suction force to enter the hose from the raw material. The length of the hose can be adjusted to make the installation of the peristaltic pump flexible. 3. The peristaltic pump has a simple structure and strong adaptability, and is suitable for conveying high-viscosity, large-scale reaction solutions. 4. The pump itself has no special requirements such as leaks and seals, which prevents losses and pollution caused by leakage of chemical raw materials. When the pump is stopped, the rotor stops working like a valve to preve

With the development of technology, peristaltic pumps play an increasingly important role in people's production and life. As a precision instrument, peristaltic pumps can not only transmit / fill liquids alone, but also can be used with other equipment, such as: Filling machine. The advantages of peristaltic pumps to work with filling machine 1, no pollution: the liquid only contacts the pump tube, does not touch the pump body; 2, high precision: good repeatability and high stability; 3, low shear: is the ideal tool for conveying shear sensitive and corrosive fluids; 4, good sealing: with good self-priming ability, can be idling, can prevent backflow; 5, simple maintenance: no valves and seals There are many types of peristaltic pumps and they are widely used. Filling machine chooses different types of peristaltic pumps according to different filling liquids and filling scales

With the rapid development of social economy and the continuous advancement of industrialization, the pollution problems arising from the process are also increasingly exposed. Among them, sewage treatment has become an indispensable part of economic development and water resources protection.Developing sewage treatment technology and industrialization is an important way to prevent water pollution and alleviate water shortage. Sewage treatment is the process of purifying sewage to meet the requirements of discharging into a water body or reusing it.Modern sewage treatment technology, according to the degree of treatment into the first, second and third treatment. Primary treatment, mainly to remove the suspended state of solid substances in sewage, commonly used physical method.Secondary treatment, mainly large removal of colloidal and dissolved organic matter in sewage.The effluent that achieves 2 class treatment commonly can achieve discharge standard.Tertiary treatment is to further remove a particular pollutant, such as phosphorus, nitrogen and biological degradation of organic pollutants, inorganic pollutants, pathogens, etc. Peristaltic pump is an accurate and reliable choice in sewage treatment industry!Because of its own characteristics, it is widely used in sewage treatment.The safe and accurate addition and transmission of chemical agents is an important par

In recent years, with the continuous advancement of industrialization and urbanization, social and economic development has been rapid, but the pollution problem has become an important problem to be solved, sewage treatment has increasingly become an indispensable part of economic development and water resources protection. Therefore, vigorously developing sewage treatment technology and industrialization level is an important way to prevent water pollution and alleviate the shortage of water resources. Sewage treatment is to make the sewage into a certain water body or reuse of water quality requirements for its purification process. Modern sewage treatment technology is divided into one, two and three levels according to the degree of treatment. The first stage treatment mainly removes solid substances suspended in the sewage and is usually used in physical methods. The two stage treatment mainly removes the colloidal and dissolved organic matter in the sewage. Generally, the effluent treated by secondary treatment can reach the discharge standard. Activated sludge process and biofilm process are commonly used. Three-stage treatment is to further remove some special pollutants, such as phosphorus, nitrogen and biodegradable organic pollutants, inorganic pollutants, pathogens and so on. CR peristaltic pump ---- An reliable choice Peristaltic pump is widely used in sewage treatment because of its own characteristics. Safe, accurate and efficient chemical dosage and transport are the objectives of each sewage treatment operation, which requires the design of pumps that can be used to handle the most demanding applications. The peristaltic pump has a strong self suction capacity and can be used to raise the water level of the sewage to be treated. The peristaltic pump has low shear force and will not destroy the effe

Energy storage, especially of electrical energy, has become one of the most dynamic technology sectors and is now universally recognised for its ability to fundamentally improve everyday life. In particular, the scale-up of batteries, from portable electronics to electric vehicles and now to very large, or utility-scale applications, has empowered both consumers and companies. Today, for the first time in history, every company has a choice to proactively control its energy use rather than remain at the mercy of energy markets or supplying utilities. Not only does this allow companies to reduce their costs but also it allows them to accurately forecast their future energy expenditures. The technology of the Vanadium Redox Flow battery (VRFB) combines the performance advantages of flow batteries with the simplicity of using just one natural element – vanadium. Unlike prominent solid state batteries, such as lead-acid and lithium-ion, flow batteries use a liquid electrolyte to store energy. This allows for near unlimited recharging (or cycling), easy scaling by just adding more electrolyte and negligible performance deterioration over long periods of time. As a result, for daily energy storage of a few hours

In order to reduce the labor intensity of chemical experiments ,a peristaltic pump feeding method is proposed .The peristaltic pump is applying characteristic and advantage in the chemical reaction process are described in details to show the feasibility of the peristaltic pump`s application in the chemical reaction process . As we all know, the chemical reaction has a certain risk, which requires the experimenter must have a certain degree of experimental quality and operational level. In the reaction reactor to add the reaction of raw materials, also need to accurately operate, the operator's labor intensity. The use of peristaltic pump feed, can replace the traditional test mode under a large number of manual operation, greatly reducing the labor intensity of the experimental staff, improve the efficiency of the experiment and the output efficiency of scientific research. Application Advantages of Peristaltic Pump in Chemical Reaction The use of peristaltic pump instead of manpower in the chemical reaction process to the reactor feeding, has the following advantages: 1. peristaltic pump in the process of pumping raw materials, raw materials only in the hose flow, not with the pump contact

OEM Peristaltic Pump -- Perfect equipment supporting solutions --For packing machine/filling machine etc. The main advantage of peristaltic pumps is that they do not touch the liquid directly, but simply move the fluid forward through a hose, like a flexible pipe filled with fluid squeezed by a finger, as the finger slides forward. Peristaltic pump is also a principle that is replaced by a roller. Through the extrusion and release of the elastic conveying hose of the pump, the fluid is pumped. Like squeezing a hose with two fingers, as the fingers move, a negative pressure forms in the tube, and the fluid flows. The main advantages of peristaltic pump are: non-polluting: the fluid only contacts the pump pipe, not the pump body; high precision: repetitive precision, high stability precision; low shear force: is an ideal tool for conveying shear-sensitive, erosive and strong fluid; good sealing: good self-priming ability, can rotate idle, can prevent reflux; simple maintenance: There are no valves and seals, and these are not common for many ordinary pumps. Peristaltic pump filling machine is widely used in various industries, such as medicine, food, chemical industry, etc. The main filling liquids are low viscosity oils, liquids, corrosive liquids, suitable for essential oils, wind oil essence, active collateral oil, electronic smoke oil, eye drops, rhinitis water, nutrient solution, oral liquid, injection, antirust liquid, acid-base. and some small dose of filling.

Peristaltic pump for One-step granulator One step granulation is also known as boiling granulation. The auxiliary materials (seeds) for granulation are placed in the fluidized room of the fluidized spray granulation equipment and the heated air is purified. The seeds are preheated, dried and boiled, and then the pretreated liquid is transferred to the spray gun with a peristaltic pump and sprayed intermittently in a spray gun. The excipients are wetted and condensed into porous particles. Put a certain amount of seeds into the raw material barrel, pay attention to the height of the auxiliary materials should not be less than 150 mm, not higher than the height of the raw material container 2/3, and adjust the position of the spray gun according to the amount of auxiliary materials.

Deep water sampling and detection are often used in the environmental protection industry and the chemical industry. Among them, uncontrollable underwater environment, variable depth requirements and other objective reasons have caused difficulties in deep water sampling. The traditional underwater sampling test uses vertical or plexiglass water collectors, and its working process is as follows: ① Equipped with a corresponding weight sinker-device sinking ②Sinking water flows continuously through the sampler ③ After the predetermined depth is reached, the container is closed ④Water sample collection is completed, the sample rises and gets back (Leadfish and winches are necessary when necessary to meet different water depth requirements)

The transmission of corrosive fluids is a major challenge in safe and efficient production! Industry needs In laboratory, filling, chemical production, in experimental testing or chemical analysis environment, it is often possible to use fluid transmission of corrosive media, and improper operation during transmission or dripping process can easily cause personal injury or Equipment damage is a major challenge in safety production. Moreover, the accuracy requirements for corrosive liquids are extremely strict, and a little carelessness will affect the experimental data and final results. Therefore, in these aspects, the requirements for the corrosion resistance and fluid accuracy of the peristaltic pump are also very high. S

Everyone knows that Peristaltic pumps are widely used in some filling applications. In 2010 the World Health Organization produced a guide for manufacturing alcohol-based hand sanitizer, which received renewed interest because of shortages of alcohol-based hand sanitizer in the wake of the 2019–20 coronavirus pandemic. So, can the peristaltic pump help to filling alcohol-based hand sanitizer? The answer is yes, the Chuang Rui peristaltic pump filling system can be equipped with automatic filling equipment, with a modular structure, each unit has 4 channels, and can be expanded to 32 channels, sharing a controller. Greatly improve the accuracy and speed of filling alcohol-based hand sanitizer, and help industrial production. Under the influence of the current epidemic, it is necessary to speed up the production speed. At this time, it is necessary to use the peristaltic pump filling system to produce alcohol-based hand sanitizer with supporting equipment.

The main function of the peristaltic tube pump is to automatically and accurately deliver the glue to the designated position of the bonding label in the use of the glue seaming machine. Advantages of peristaltic tube pumps The reason why the peristaltic tube pump can solve the problem of glue application for the palm joint machine is that the liquid of the peristaltic pump only touches the pump tube during use, and the viscosity of the glue liquid is very high, which is different from the poorly viscous liquid and the non-viscous water flow. The peristaltic tube pump can continuously and accurately transport the adhesive to the designated location, and ensure high efficiency and long-term stability. Matters needing attention in the transmission process of the peristaltic pump of the glue seaming machine: 1. Select pump tubing: peristaltic pump tubing with a slightly thicker wall thickness and a slightly larger inner diameter should be selected. 2. It is best to control the speed of the peristaltic pump within 50 rpm. 3. Prevent the tube from breaking and affecting the work. Check the pump tubing regularly. 4. The pump head of the peristaltic pump should be selected as good as possible. The structure with good resistance to glue and corrosion is good. The driver preferably chooses to have flow display function and correction function. 5. The inlet and outlet hoses of the peristaltic pump are preferably short. 6. The glue port should prevent the blockage.

In the clinical work of the medical industry, the use of Peristaltic metering pumps for irrigation and drip irrigation is very common: 1. Thermochemotherapy infusion: infusion of the equipped agent into the tumor site to increase the temperature of the tumor tissue site in the body to the effective treatment temperature and maintain it for a certain period, using the difference between the normal tissue and tumor cell's ability to withstand temperature to achieve both The purpose of treatment to make tumor cells apoptosis without damaging normal tissues. 2. Colon perfusion: The lavage fluid is heated and introduced into the colon part of the body through a catheter after reaching a suitable temperature, and then discharged from the catheter after a certain period, thereby achieving the cleaning effect on harmful components in the body. 3. Surgical rinsing: After the medical operation, the wound site will be cleaned aseptically, and the surgical instruments will be disinfected and sterilized. The effect of reducing infection and preventing adhesion after surgery;

The peristaltic metering pump can be used in liposuction surgery, in the process of swelling anesthesia, used to deliver saline. The definition of swollen anesthesia is to infiltrate into subcutaneous adipose tissue by ultra-low concentration, high-dose, a 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 metering 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 separate local anesthesia or combined with general anesthesia or regional anesthesia. The