Ultrasonic Homogenizer (Non-T20ontact) LUHS-T2011

Introduction

Ultrasonic Homogenizer (Non-contact) is a cup-form homogenizer with 2 L disruption capacity. With 28 KHz ± 1 KHz operation frequency, it is used for disruption of cells, for emulsification, homogenization of varied biological samples with minimum up to 5 μL volume. It can be used for breaking up chromosome and crushing cells aseptically across centrifugal glass tube.

This ultrasonic homogenizer is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Used in bimolecular fragmentation, cell disruption, ChIP assay (Chromatin immune precipitation), next generation sequencing , elute membrane proteins, homogeneous emulsification reactions and pre-treatment of ultrasonic exquisite samples.

Specifications

Operating frequency	28 ± 1 KHz
Power consumption	1800 W
Horn	20 mm
Total working time	1 to 999 mins
Duty ratio	0.1 to 99.9 %
Disruption capacity	2 L
Display	Display
Temperature Display	Yes ( prevent sample overheating )
Processing volume	(1 to 2ml) × 16, (10 to 15ml) × 8, 5ml × 8
Power supply	220 /110 V ± 0.5, 50 Hz / 60 Hz
Packing Dimension	560 × 440 × 480
Gross weight	19.4 kg

Features

Cup Tip style offers non-contact homogenization of micro scale samples

Excludes dregs circumstances of traditional probe

Samples are processed in sealed cup tubes eliminating aerosols and enhances biological safety (such as Mycobacterium)

Simultaneous processing of multiple vials of sterile or pathogenic samples

Programmed uninterrupted rotation of the centrifuge tube facilitates uniform distribution of ultrasonic energy

Imperative standard device for ChIP (chromatin immune precipitation) and shear research platforms

Higher efficacy, steadfast results and good repeatability

Standardized experimental method and advanced parameter settings

Optional coolant circulation system to maintain temperature at 4 °C in Eppendorf tube rotating base

FAQs

1. What makes the It Ultrasonic Homogenizer (Non-contact) suitable for high-throughput biological sample processing?

It Ultrasonic Homogenizer (Non-contact) supports simultaneous non-contact processing of up to 16 micro-volume vials or 8 larger-volume tubes, enhancing throughput and operational efficiency. It accommodates a total disruption capacity of 2 liters, making it suitable for both small and mid-scale lab workflows. This allows researchers to process multiple samples with varying volumes in a single run, reducing time and improving productivity. It is ideal for labs handling large sample batches in genomics or biopharmaceutical workflows.

2. How does the Ultrasonic Homogenizer (Non-contact) enhance biosafety during sample homogenization?

The Ultrasonic Homogenizer (Non-contact) , by using sealed centrifuge tubes within a cup-tip system, eliminates the need for direct probe contact, preventing aerosol formation and cross-contamination. This closed-system design is essential when handling hazardous or pathogenic samples such as Mycobacterium. It minimizes user exposure and maintains sample integrity, making it a valuable asset in microbiology and infectious disease research labs. The unit promotes a cleaner and safer laboratory environment.

3. In what types of research is this Ultrasonic Homogenizer (Non-contact) most commonly used?

Ultrasonic Homogenizer (Non-contact) is frequently used in chromatin immunoprecipitation (ChIP) assays, shearing for next-generation sequencing, and protein extraction. Its consistent ultrasonic energy ensures uniform fragmentation of biomolecules, crucial for accurate downstream analysis. It is also useful in homogenizing complex emulsions and preparing nanomaterial suspensions. The instrument is widely adopted in biotechnology, pharmaceutical, and molecular biology labs.

4. Can this Ultrasonic Homogenizer (Non-contact) be used with temperature-sensitive biological materials?

Yes, our Ultrasonic Homogenizer (Non-contact) includes real-time temperature display and monitoring to prevent sample overheating during ultrasonic treatment. An optional coolant circulation system can maintain the rotating Eppendorf tube base at approximately 4°C, which is ideal for preserving enzyme activity or preventing degradation. This feature ensures the system can handle delicate samples without compromising their integrity. It is particularly useful for labs conducting temperature-sensitive experiments.

5. What maintenance practices are recommended to ensure long-term durability of Ultrasonic Homogenizer (Non-contact) ?

The Ultrasonic Homogenizer (Non-contact) requires routine checks that should include inspecting the cup chamber for any sample residue and ensuring tubes are properly sealed before use. Regular cleaning of the exterior and tube holders helps prevent contamination buildup. If using the optional coolant system, users should verify coolant levels and flow regularly to maintain optimal temperature control. These practices are to be followed that ensure consistent performance and extend the device’s service life.