Description

The Portable Ultrasonic Processor YR06677 is an intelligent digital sonic processor specifically designed for the treatment of liquid and solid samples in the laboratory. Compared to traditional ultrasonic crushers, this equipment stands out for its stability, reliability, and compact design, effectively saving valuable laboratory space.

Equipped with an integrated lifting table and lighting functions, the YR06677 processor is the ideal tool for researchers in life sciences and materials chemistry seeking precision in cell lysis, nanomaterial dispersion, and the acceleration of chemical reactions. Its portability and ease of use make it a standard for high-tech laboratories.

Design and Technology (or Functionality)

This device incorporates technological innovations that ensure superior sample processing:

• Digital Energy Control: New generation circuits that automatically track frequencies and resonance points, eliminating the need for constant manual adjustments.
• TC4 Titanium Alloy Probe: Manufactured under American standards, the probe is highly resistant to wear and cavitation, allowing for both continuous or intermittent operation.
• Automatic Amplitude Recognition: The instrument automatically detects the size of the installed titanium alloy rod, adjusting parameters without user intervention.
• Ergonomic and Portable Design: The transducer weighs only 300g with a 4cm handle, allowing for comfortable manual control via a point-switch.
• Sample Protection: Includes a dedicated temperature probe to monitor sample heat in real-time and prevent thermal degradation.
• Versatile Operation Modes: Allows switching between continuous ultrasound or interstitial (pulse) mode for delicate processes.

Frequently Asked Questions (FAQ)

• What materials can this equipment process? It is highly efficient with plastics, chemicals, cosmetics, food, and biological materials such as bacteria, viruses, and spores.
• Does the probe require frequent maintenance? Thanks to the high-strength TC4 titanium alloy material, the probe has an extended service life and is corrosion-resistant. However, cleaning after each use is recommended to prevent cross-contamination.
• Is it safe for heat-sensitive samples? Yes, the interstitial (pulse) ultrasound mode and the integrated temperature probe allow for controlled thermal input, protecting the integrity of proteins or DNA.

Advantages and Disadvantages

Advantages:

• Compact Size: Saves significant bench space in the laboratory.
• Digital Intelligence: Automatic amplitude compensation ensures consistent results even with changes in load.
• Application Versatility: From Chinese medicinal herb extraction to carbon nanotube dispersion.
• Safety: The converter is sealed and isolated from corrosive vapors and gases.

Disadvantages:

• Volume Capacity: Designed for processing small batches (up to 0.1L), which may be limiting for large-scale production.
• Learning Curve: Although digital, configuring the optimal pulse cycles for new samples requires initial testing.

Field Use and Recommendations

This homogenizer is indispensable in biotechnology labs, nanotechnology centers, and medical research departments. It is highly recommended for sample preparation in archaeology, geology, and marine sciences due to its ability to accelerate the dissolution of difficult particles.

Pro Tip: To prevent excessive heat generation, use the pulse function and place the sample container in an ice bath during the sonication process, especially during protein or RNA extraction.

Technical Specifications