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CFSP-I constant current injection pump Focus on the transmission and distribution of "micro-escalation" fluids. By controlling a set of alternating "extract-injection" execution units and cooperating with the reversing valve, the function of "constant current injection" is realized, which not only retains the transmission accuracy of the micro-injection pump but also realizes the "uninterrupted transmission" of the liquid.
Ultrasonic spray coating
Constant flow supply system
YMUS-HLGY25ml
* Nanometer and micron suspension feeding system
◆ CFSP-I constant current injection pump
Focus on the transmission and distribution of "micro-escalation" fluids. By controlling a set of alternating "extract-injection" execution units and cooperating with the reversing valve, the function of "constant current injection" is realized, which not only retains the transmission accuracy of the micro-injection pump but also realizes the "uninterrupted transmission" of the liquid.
◆ Proprietary system options for liquid delivery and a unique ultrasonic spray feature that can be configured with almost any system. These enhancements can create different spray patterns and deposition characteristics than our standard ultrasonic nozzles.
Scattered advantages
◆ Compared with the conventional method, ultrasonic technology has high efficiency and short mixing time;
◆ Ultrasonic technology compared with other processes, no high temperature, high pressure, good safety;
◆ With broad spectrum, wide applicability, most of the liquid can be mixed by ultrasonic wave;
◆ In most cases, ultrasonic stirring operation steps are few, the process is simple, not easy to cause pollution, the temperature is low;
◆ Suitable for the operation of heat-sensitive target components;
◆ Compared with the conventional method, the ultrasonic equipment is simple, the production cost is low, and the comprehensive economic benefit is remarkable;
◆ Compared with some traditional methods, ultrasonic technology is an effective method, it is easier to operate and maintain;
Technical parameters
◆ Working mode: continuous transmission, quantitative measurement, timed quantitative, timed start and stop
◆ Flow range :0.06mL/min-60mL/min
◆ Filling accuracy :≤ ± 0.05%
◆ Communication interface: RS232, RS485 support Modbus protocol
◆ External control signal: support start/pause, stop, cleaning, reset function
◆ Output interface: indicate liquid output state (collector open output)
◆ Display mode: 4.3-inch industrial grade true color LCD screen
◆ Control mode: touch screen + import button
◆ Maximum pressure of liquid circuit: 0.68Mpa
◆ Syringe type: ultrasonic dispersing syringe 25 mL
◆ Input voltage: 220V soil 10%, 50/60Hz
◆ Operating temperature: 15°C-40°C
Application
◆ Nanometer and micron suspension dispersing and mixing;
◆ Ultrasonic and other precision spraying;
◆ In vitro diagnostic instrument liquid sample processing;
◆ Ultrasonic treatment of other liquid materials;
Ultrasonic spray coating
Constant flow supply system
YMUS-HLGY25ml
* Nanometer and micron suspension feeding system
◆ CFSP-I constant current injection pump
Focus on the transmission and distribution of "micro-escalation" fluids. By controlling a set of alternating "extract-injection" execution units and cooperating with the reversing valve, the function of "constant current injection" is realized, which not only retains the transmission accuracy of the micro-injection pump but also realizes the "uninterrupted transmission" of the liquid.
◆ Proprietary system options for liquid delivery and a unique ultrasonic spray feature that can be configured with almost any system. These enhancements can create different spray patterns and deposition characteristics than our standard ultrasonic nozzles.
Scattered advantages
◆ Compared with the conventional method, ultrasonic technology has high efficiency and short mixing time;
◆ Ultrasonic technology compared with other processes, no high temperature, high pressure, good safety;
◆ With broad spectrum, wide applicability, most of the liquid can be mixed by ultrasonic wave;
◆ In most cases, ultrasonic stirring operation steps are few, the process is simple, not easy to cause pollution, the temperature is low;
◆ Suitable for the operation of heat-sensitive target components;
◆ Compared with the conventional method, the ultrasonic equipment is simple, the production cost is low, and the comprehensive economic benefit is remarkable;
◆ Compared with some traditional methods, ultrasonic technology is an effective method, it is easier to operate and maintain;
Technical parameters
◆ Working mode: continuous transmission, quantitative measurement, timed quantitative, timed start and stop
◆ Flow range :0.06mL/min-60mL/min
◆ Filling accuracy :≤ ± 0.05%
◆ Communication interface: RS232, RS485 support Modbus protocol
◆ External control signal: support start/pause, stop, cleaning, reset function
◆ Output interface: indicate liquid output state (collector open output)
◆ Display mode: 4.3-inch industrial grade true color LCD screen
◆ Control mode: touch screen + import button
◆ Maximum pressure of liquid circuit: 0.68Mpa
◆ Syringe type: ultrasonic dispersing syringe 25 mL
◆ Input voltage: 220V soil 10%, 50/60Hz
◆ Operating temperature: 15°C-40°C
Application
◆ Nanometer and micron suspension dispersing and mixing;
◆ Ultrasonic and other precision spraying;
◆ In vitro diagnostic instrument liquid sample processing;
◆ Ultrasonic treatment of other liquid materials;