HM-SCP300 Handheld Ultrasonic Cell Disruptor

Product Introduction

HM Instruments HM-SCP300 is a handheld ultrasonic cell disruptor for laboratory-scale processing of liquid samples. It uses high-intensity ultrasound to create cavitation in liquid, supporting disruption of animal and plant tissues, cells, bacteria, spores, and related biological materials. The instrument also supports emulsification, separation, dispersion, homogenization, extraction, degassing, cleaning, and the acceleration of chemical, biological, and physical reactions. Its integrated generator and transducer form a compact instrument that can be held in the hand or used with an optional support stand. The 0.1–300 ml processing range and 10–300 W adjustment address larger bench-scale preparation tasks. Intelligent frequency tracking follows the resonance point to help stabilize the load, while voltage-regulated power control enables adjustment within the model specification. Using the specified 25–35 kHz range-frequency adaptation, the instrument offers point and continuous operation for intermittent or continuous ultrasonic treatment within appropriately validated laboratory procedures. For laboratories reviewing related ultrasonic treatment options, see HM-SCP300 product information.

Applications

• Cell and tissue disruption for biological laboratory samples.
• Bacterial and spore disruption in liquid-processing workflows.
• Emulsification and homogenization of difficult-to-mix liquid systems.
• Dispersion of rare-earth and inorganic mineral powders.
• Extraction, degassing, cleaning, and reaction-acceleration tasks.

Functional Performance

1. Integrated generator and transducer design for portable handling.
2. Automatic resonance-point and frequency tracking for load stability.
3. Voltage-regulated power control from 12–24 V.
4. Overload and short-circuit protection mechanisms.
5. Aviation-grade magnesium-aluminum alloy transducer.
6. TC4 titanium alloy horn with corrosion and heat resistance.
7. Point operation for intermittent ultrasonic treatment.
8. Continuous operation for sustained processing.
9. The 0.1–300 ml processing range and 10–300 W adjustment address larger bench-scale preparation tasks.
10. Adjustable ultrasonic output of 10–300 W for configuration within the specified model range.
11. Horn selection: standard Φ3; optional Φ2, Φ3, Φ6, Φ8.

Main Parameters

Technical Parameters

Expert Review

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