The Cole-Parmer Qsonica Q700 Touch-Screen Sonicator is a powerful 700-watt ultrasonic processor designed to handle a wide range of laboratory tasks including cell disruption, DNA shearing, compound mixing, sample extraction, and nanoparticle dispersion. Operating at 220VAC and compatible with 50/60 Hz, this advanced sonicator features a user-friendly touch screen interface and can run multiple programs in sequence to streamline workflows. It continuously monitors frequency changes in the convertor and tip assembly caused by load and temperature, maintaining optimal electrical efficiency and extending component life through reduced energy consumption.
Product Features
- 700-watt ultrasonic processor with enhanced frequency and amplitude control
- User-friendly touch screen control with self-diagnostics and help screens
- Multiple sequence programming for automated, complex workflows
- Tracks frequency shifts to optimize electrical efficiency and maintain consistent performance
- Pulse on/off timing from 1 second up to 24 hours, with total run time up to 72 hours
- Energy-efficient digital design reduces power consumption and runs cooler
- RoHS compliant for environmental and safety standards
What's Included
- Converter with cable
- 13 mm horn
- Wrench set
- 6-ft (1.8-m) power cable
- Additional probes and accessories available separately
Benefits
- Efficiently processes diverse applications from molecular biology to nanoparticle dispersion
- Touch screen interface simplifies operation and reduces training time
- Energy-saving design extends equipment lifespan and reduces operational costs
- Automated sequencing capability allows unattended, precise sample processing
- Self-diagnostics enhance reliability and ease of maintenance
Why Choose the Cole-Parmer Qsonica Q700 Touch-Screen Sonicator?
Ideal for labs demanding powerful ultrasonic processing combined with ease of use and efficiency, the Cole-Parmer Qsonica Q700 offers advanced control and robust performance. Its thoughtful design ensures reproducible results and reduces downtime, making it an essential tool for research, development, and quality control applications across multiple scientific disciplines.
