INTEGRATED ULTRASONIC PROCESSOR: Features an all-in-one enclosed cabinet design that houses the probe sonicator, minimizing noise and aerosol exposure during operation. PRECISE HOMOGENIZATION: Delivers powerful ultrasonic energy through the probe tip to effectively homogenize, disperse, emulsify, and lyse a wide range of liquid samples. INTUITIVE TOUCH PANEL CONTROLS: The front-mounted digital control panel allows easy adjustment of amplitude, pulse settings, and processing time for repeatable results. ENCLOSED SOUNDPROOF CHAMBER: The built-in isolation chamber with a transparent viewing window significantly reduces operational noise while keeping the workspace clean. VERSATILE LABORATORY USE: Ideal for cell disruption, nanoparticle dispersion, and sample preparation across biology, chemistry, and materials science applications. Electric lifting + jog setting Automatic frequency tuning accurate to 1Hz + real-time monitoring of sample temperature process various organic and inorganic materials from 250 microliters to 500 milliliters The UltraVen Integrated Ultrasonic Sonicator is a powerful and precise laboratory instrument designed for a wide range of sample preparation applications. This probe sonicator combines advanced ultrasonic homogenization technology with an all-in-one enclosed design, making it ideal for cell disruption, emulsification, particle size reduction, and mixing of liquid samples. The intuitive touch-panel control interface allows users to easily program and save multiple processing parameters, ensuring consistent and reproducible results across experiments. The built-in soundproof enclosure helps contain noise during operation, creating a more comfortable working environment in the lab. The transparent front window allows for real-time visual monitoring of the sonication process without interrupting the workflow. Suitable for use in research laboratories, biotechnology, and materials science applications, this ultrasonic homogenizer delivers reliable performance for both routine and demanding sample processing tasks.
