Ultrasonic Probe Sonicator PRO-1000

Description

The Probe Sonicator PRO-1000 is a high-performance ultrasonic processing system designed to meet the demanding needs of modern laboratories. Built for precision, power, and reliability, this advanced sonicator delivers consistent ultrasonic energy for efficient sample disruption, homogenization, emulsification, and extraction. It is widely used across life science, biotechnology, pharmaceutical, and material research applications where accurate and repeatable results are essential.

Powered by a robust ultrasonic generator, the PRO-1000 produces intense cavitation that effectively breaks cell walls, shears DNA, disperses nanoparticles, and homogenizes complex samples with minimal processing time. I

The digital interface provides clear visibility of operating settings and real-time feedback, enabling precise monitoring throughout each sonication cycle. This user-friendly design simplifies workflow and improves reproducibility, allowing researchers to achieve consistent outcomes across multiple experiments. The pulse mode further enhances efficiency by preventing excessive temperature rise, making the system suitable for prolonged or intensive applications.

Designed for versatility, the Probe Sonicator PRO-1000 supports a wide range of sample volumes and vessel types. Interchangeable probe tips make it adaptable for both small laboratory samples and larger batch processing, offering flexibility for diverse research protocols. Whether used for cell lysis, tissue disruption, emulsification, or extraction, the PRO-1000 delivers uniform energy distribution for dependable results.

Durability is a key feature of this instrument. Its rugged construction and high-quality internal components ensure long-term stability even under continuous use.

The Probe Sonicator PRO-1000 is engineered to streamline laboratory workflows by reducing preparation time and improving processing efficiency. Its powerful output combined with precise control makes it a valuable tool for applications ranging from molecular biology and biochemistry to nanotechnology, environmental testing, food analysis, and pharmaceutical research. The system integrates seamlessly into existing lab setups and requires minimal training, enabling teams to start working productively almost immediately.