PROBE SONICATOR | High-Power Ultrasonic Homogenizer for Cell Disruption & Sample Processing

Description

The PROBE SONICATOR is a high-performance ultrasonic homogenization system designed for efficient cell disruption, emulsification, dispersion, and nanoparticle processing. Using high-frequency ultrasonic energy delivered through a titanium probe, it ensures rapid and reproducible processing of biological and chemical samples with precise control over amplitude and time.

Ideal for molecular biology, biochemistry, nanotechnology, pharmaceutical research, microbiology, and industrial laboratory applications.

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✅ Key Features

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🔊 High-Power Ultrasonic Technology

Delivers intense ultrasonic energy directly into samples

Ensures rapid cell lysis and homogenization

Ideal for breaking tough cell walls and tissue matrices

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⚙ Adjustable Amplitude & Pulse Control

Variable amplitude control for precise energy delivery

Pulse mode minimizes sample heating

Suitable for delicate samples as well as tough materials

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🧪 Titanium Alloy Probe

High-grade titanium probe ensures maximum energy transfer

Chemically resistant and autoclavable

Available in multiple probe diameters (model dependent)

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⏱ Digital Time Control

Programmable timer for repeatable protocols

Ensures consistent processing across samples

Improves workflow efficiency and reproducibility

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🌡 Temperature Management & Sample Protection

Pulse operation reduces thermal damage

Compatible with ice bath or cooling systems

Protects heat-sensitive biomolecules

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🔌 User-Friendly Digital Interface

Clear digital display for amplitude, time & power

Simple control panel for easy operation

Supports continuous and pulsed sonication modes

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🛡 Robust & Safe Design

Overload and over-temperature protection

Stable housing for safe laboratory operation

Designed for long-term, heavy-duty use

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📊 Typical Applications

Cell lysis & disruption

DNA/RNA & protein extraction

Emulsification & dispersion

Nanoparticle deagglomeration

Homogenization of tissues & suspensions

Chemical reaction acceleration

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💡 Why Choose This Model?

Delivers powerful, controlled ultrasonic processing

Ensures reproducible results with minimal sample loss

Suitable for a wide range of biological and chemical applications

Trusted tool for research, diagnostics, and industrial labs