Ultrasonic Processors

Sonics Vibracell VCX-1500 Ultrasonic Cell Disrupter

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Sonics Vibracell VCX130 Ultrasonic Cell Disrupter

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Sonics Vibracell VCX750 Ultrasonic Cell Disrupter

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Ultrasonic Processors (Probe Sonicators) – Focused Energy for Intensive Applications

Ultrasonic processors, also known as Probe Sonicators, are powerful instruments designed to deliver concentrated and intensive ultrasonic energy directly into a liquid sample. Unlike ultrasonic baths which transmit energy indirectly, these processors utilize a probe (or tip) inserted into the sample, enabling efficient and precise treatment for a variety of demanding laboratory applications.

How it Works: Controlled High-Intensity Cavitation

The ultrasonic processor generates high-frequency sound waves transmitted through the probe (usually made of titanium) directly into the liquid. This high acoustic energy causes the formation and rapid collapse of millions of microscopic bubbles (cavitation) in the immediate vicinity of the probe tip. This process releases immense energy in the form of shock waves and micro-jet streams, capable of disrupting cellular structures, creating stable emulsions, dispersing particles, and more. Modern instruments allow precise control over critical parameters such as ultrasonic intensity (amplitude), processing time, and pulsing cycles, enabling optimal process adjustment for the specific application and sample volume.

Key Applications of Ultrasonic Processors

The ability to concentrate high energy makes ultrasonic processors an essential tool in a wide range of processes:

• Cell Lysis: Efficient disruption of cell walls and membranes of bacteria, yeast, algae, plant, and animal cells for extracting proteins, DNA/RNA, and intracellular organelles.
• Homogenization: Creating uniform suspensions from tissues or heterogeneous samples.
• DNA/RNA Shearing: Creating fragments of desired size for applications like Next-Generation Sequencing (NGS).
• Dispersion and Nanodispersion: Uniformly dispersing nanoparticles (like carbon nanotubes, graphene) in liquids to prevent aggregation.
• Emulsification: Creating stable emulsions of immiscible liquids (e.g., oil in water).
• Extraction: Enhancing the extraction efficiency of active compounds from plants or tissues.
• Sonochemistry: Accelerating chemical reactions and improving yields.

Vibracell Processors from Sonics: Leading Sonication Solutions at Labotal

When power, precision, and reliability are required, Labotal offers the Vibracell series of ultrasonic processors manufactured by Sonics & Materials, Inc. (USA), a long-standing leader in ultrasound technology. The Vibracell series is globally renowned for its superior performance, precise control, and exceptional durability. We supply a range of models, from the VCX130 designed for small volumes to powerful models like the VCX750 and VCX-1500 intended for larger volumes and industrial or pilot applications.

Sonics processors offer true Net Power Output control, advanced programming options, and a wide variety of probes/tips and accessories (such as flow cells and sound-abating enclosures) for perfect adaptation to any application. Labotal’s expert team, with extensive experience in sonication, will gladly assist you in selecting the processor, probe, and accessories best suited to your specific requirements, ensuring you achieve the best possible results.

We invite you to browse the Vibracell series ultrasonic processor models available on our website. For detailed technical advice, a demonstration, or a price quote, contact the Labotal team today.