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Product details
ULTRAAUTOSONIC introduces an advanced line of high-volume probe sonicators, engineered for the uniform disruption of cells, as well as effective emulsification, homogenization, and dispersion of materials in liquids. These cutting-edge devices harness the intense energy of ultrasonic waves to deliver powerful and consistent mixing, making them indispensable in a wide range of industrial, research, and medical applications. Designed for efficiency and precision, our probe sonicators represent the next generation of laboratory technology, optimized for high-performance processing in demanding environments. In high-volume probe sonicators, the liquid processing capacity scales with the power output to ensure optimal performance and efficiency. A 1000-watt system is suitable for processing up to 300 ml of liquid, while a 1200-watt unit can effectively handle around 500 ml. For larger volumes, a 1500-watt sonicator is capable of processing between 1 to 10 liters, and a 1800-watt model can accommodate volumes ranging from 2 to 20 liters. All models operate at a stable ultrasonic frequency of 20 kHz, ensuring consistent cavitation and uniform processing across a wide range of applications and liquid volumes We offer three models in our High Volume Probe Sonicator range. MODEL-ULTRA PS Series PS_ Classic PS_ Advance PS_ Premium The Ultrasonic High-Volume Probe Sonicator is a versatile and powerful instrument, extensively used across scientific, industrial, and research applications. Its advanced ultrasonic technology enables efficient processing of various materials in liquid media. Key uses include: Emulsification of immiscible liquids, creating stable and uniform mixtures. Homogenization of cosmetic ingredients for smooth, consistent formulations. Dissolution of solids and powders into liquids, improving solubility and uniformity. Dispersion of nanoparticles into liquids, effectively breaking down particle size for even distribution. Protein extraction and other food-based extractions, enhancing yield and purity. Acceleration of chemical reactions through improved mixing and energy transfer. Cell disruption to release intracellular contents for molecular and biochemical studies. Nanoparticle mixing with various solutions for research and formulation purposes. Homogenization of liquids in lab-scale and high-volume applications. Ideal for general laboratory research requiring precision and reproducibility. .
