Intelligent Ultrasonic Cell Disruptor XH-600US, 1500W Ultrasonic Power (CAT#: STEM-AL2-1430-ZJF)

The XH-600US is an intelligent ultrasonic cell disruptor used for breaking cells and dispersing samples. It is applied in organic and pharmaceutical synthesis, material preparation and modification, natural product extraction, low temperature ultrasonic processing, liquid phase work, energy storage research and environmental degradation studies. The ultrasonic generator operates at a frequency that is tracked automatically to keep the probe working at resonance. Output power is continuously adjustable from zero to 1500 W. Titanium alloy probes in two diameters are supplied, one of each size. Temperature is measured by a PT100 titanium alloy platinum resistance sensor with a range up to 300 degrees Celsius. When the measured temperature exceeds the set limit the instrument automatically changes the ultrasonic working mode to protect the sample. The probe is immersed directly into the liquid so that acoustic energy is delivered with high intensity. The configuration suits both small volume disruption and larger volume processing tasks.

Temperature Measurement: PT100 Titanium Alloy Platinum Resistance
Temperature Sensor Range: 0-300 Degrees Celsius
Maximum Working Temperature: 300 Degrees Celsius
Temperature Control Range: 0-300 Degrees Celsius
Ultrasonic Frequency: 25 Plus or Minus 1KHz with Automatic Tracking
Ultrasonic Power: 0 to 1500W Continuously Adjustable
Ultrasonic Power Control: Freely Adjustable
Ultrasonic Probe Material: Titanium Alloy
Ultrasonic Probe Sizes: One 8mm Probe and One 18mm Probe
Ultrasonic Mode: Automatically Changed When the Set Temperature Is Exceeded

Automatic frequency tracking to maintain probe resonance
Continuously adjustable output power up to 1500W
Titanium alloy probes supplied in two diameters
Over-temperature protection that changes the ultrasonic working mode
PT100 titanium alloy temperature sensor with wide range
Direct immersion probe for high intensity acoustic delivery
Suitable for cell disruption and sample dispersion
Freely adjustable power settings for different sample volumes