Automatic Ultrasonic Homogenizer LUSL-A11

Labtron Automatic Ultrasonic Homogenizer LUSL-A11 operates at a stable 24 kHz frequency and uses a 16 mm probe to generate uniform cavitation for consistent particle size reduction. This ensures gentle yet effective disruption of cellular and tissue samples without damaging their core structures. It is also ideal for suspending or dispersing nanomaterials uniformly in solutions. These characteristics make it highly valuable in biotechnology, pharmaceuticals, and material science research.

Yes, the Automatic Ultrasonic Homogenizer LUSL-A11 supports up to 10 programmable user settings, which can be stored and recalled as needed. This is particularly useful for labs conducting routine sample processing or quality control. It eliminates the need to manually input parameters for recurring tasks, saving time and reducing human error. The feature is beneficial in high-throughput environments where consistency is crucial.

Our Automatic Ultrasonic Homogenizer LUSL-A11 is equipped with automatic alarm protection that activates in the event of sample overload, overtemperature, or system faults. Additionally, it includes a soundproof enclosure that significantly reduces noise exposure during operation. Real-time temperature monitoring ensures that samples remain within safe thermal limits, protecting sensitive biological compounds from degradation. These features promote a safe and controlled working environment.

Labtron's Automatic Ultrasonic Homogenizer LUSL-A11 features a color industrial touchscreen that integrates all control and monitoring functions in a single, intuitive layout. Real-time ultrasonic output is visually indicated, providing immediate feedback to the user. The system also includes an independent switch for continuous or pulse mode operation, allowing for greater process flexibility. These design elements streamline workflows and reduce learning curves for new operators.

The Automatic Ultrasonic Homogenizer LUSL-A11 has a wide temperature setting range from 0 to 300?, adjustable in 1? increments, and includes real-time temperature sensors for continuous monitoring. This ensures precise thermal control during operation, especially in temperature-sensitive applications such as the extraction of medicinal compounds. Proper heat management also contributes to the longevity of the probe and internal components. As a result, the device maintains performance integrity even during prolonged use.