1.7 MHz Ultrasonic Atomizing Generator with Digital Syringe Pump and Heating Function - MSKUSP17SP

• 110 - 240VAC for universal use
• 24VDC driving ultrasonic generator

• 30W

• A 316 Stainless Steel liquid container is equipped with a fluoropolymer sealing ring and a heating tape
• 1.7 MHz ultrasonic generator
• 3 levels of power output ( low, middle, high)
• Droplet size: < 10 microns, which is dependent on the viscosity of solution, ultrasonic frequency, gas speed.
• Continuous mode and timed mode can be set. For timed mode, time can be adjusted from 30 minutes to 180 minutes
• The quick clamps allow easy removal of components for cleaning or adapting the device with simple connections to the gas supply
• A liquid injection pump is included and equipped to inject automatically which comes with a 60 ml plastic syringe. 

• Holds small or big syringes from 10 uL to 60 mL
• Pumps continuously until you stop the pump
• The infusion rate can be changed while pumping
• Remembers previous settings on power-up
• Power failure mode allows the pump to continue pumping after a reset
• Displays total volume dispensed in mL or µL units
• The pumping rate range:6.1um/min - 120um/min
• The pumping rates are various from 3.9uL/min to 76.5mL/min upon the sizes of syringe
• Precise reproducible flow rates
• Selectable infusion rate units: mL/hr, µL/hr, mL/min, µL/min
• Infuses Only, does not withdraw, volume target, or have a computer interface
• An infusion Syringe Pump with an optional Heatable Glass Syringe is available at an extra cost

Temperature Controller

• The controller uses PID via SSR power control
• Single-point setting controller
• Over-temperature protection and alarm allow for operation without attendant(s).
• +/- 1 ºC temperature accuracy.
•  A K-type thermocouple with 3mm OD x 4" L is included in the standard package.

Heating Tape

• An MFC can be connected to the upstream to control the carrier gas flow rate. ( Pic. 1)
• The ultrasonic particle generator can be used in line with MTI Tubing Furnaces and Electrostatic Precipitators to form a versatile synthetic system for nanostructured oxide materials. Please click picture 2 to view the details