Working Principle

   Based on the cavitation effect of ultrasound in liquids, the transducer transfers electrical energy Through the amplitude-variable rod in the liquid at the top of the tool head to produce high-intensity shear force the formation of high-frequency alternating water pressure intensity so that the cavity expansion, explosion will be broken cells. in addition,the use of ultrasonic propagation in the liquid to produce violent perturbation effect, so that the particles produce a large acceleration.thus colliding with each other or collision with the wall to achieve theeffect of crushing, emulsification and separation.

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JY96-IIN ultrasonic homogenizer 

                         Working Principle

   Based on the cavitation effect of ultrasound in liquids, the transducer transfers electrical energy Through the amplitude-variable rod in the liquid at the top of the tool head to produce high-intensity shear force the formation of high-frequency alternating water pressure intensity so that the cavity expansion, explosion will be broken cells. in addition,the use of ultrasonic propagation in the liquid to produce violent perturbation effect, so that the particles produce a large acceleration.thus colliding with each other or collision with the wall to achieve theeffect of crushing, emulsification and separation.

Features

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JY92-IIDN ultrasonic homogenizer 

JY92-IIDN ultrasonic homogenizer, adjustable power 1%~100%, can handle 100μl-600ml samples. It can handle the crushing of many kinds of cells, bacteria, viruses and animal and plant tissues, and can prepare, disperse and accelerate chemical reactions. Applied in biology, medicine, agronomy, chemistry, material science, pharmaceuticals, etc.

   Working Principle

   Based on the cavitation effect of ultrasound in liquids, the transducer transfers electrical energy Through the amplitude-variable rod in the liquid at the top of the tool head to produce high-intensity shear force the formation of high-frequency alternating water pressure intensity so that the cavity expansion, explosion will be broken cells. in addition,the use of ultrasonic propagation in the liquid to produce violent perturbation effect, so that the particles produce a large acceleration.thus colliding with each other or collision with the wall to achieve theeffect of crushing, emulsification and separation.

Features

Application

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JY98-IIIDN ultrasonic homogenizer

   Based on the cavitation effect of ultrasound in liquids, the transducer transfers electrical energy Through the amplitude-variable rod in the liquid at the top of the tool head to produce high-intensity shear force the formation of high-frequency alternating water pressure intensity so that the cavity expansion, explosion will be broken cells. in addition,the use of ultrasonic propagation in the liquid to produce violent perturbation effect, so that the particles produce a large acceleration.thus colliding with each other or collision with the wall to achieve theeffect of crushing, emulsification and separation.

Features 

Application

The post JY98-IIIDN Ultrasonic Homogenizer appeared first on Keylaser Armenia.

Working Principle
B ased on he cavislon ellect af urasoric waves in the lquid, the lansducer wil generale tigh intensly shearfarce in the lguid ame lop af he tool head through the amplude,variable rod to form high.feguency alernaing waler pressue, which will cause the caviylo expand and expiode lo break the oels. hn addson, the use ofulrasonie propaga fon in the liquid lo produce a violent perhrbafonellecl, so hal he paricies produce a large acoderalan, thus cdliding wih each other or caleion wih the wall lo achieve the efect olcrushing,emuliealon and separalon.

Application Fields
Bioengineering
Disruption of ce lls, bacteria, viruses, spores, and other cell structures.
Food engineering
Ulrasoric hormogeriza lion af beverages. Maturalon and aging acodlera bon lechniques for wine. Acodleraingdissauion and chemieal mactons, such as in tat processing.
Environmental engineering
Homogerizalon ofsol and rock samples, Sludy of the siructural and physiea characlesrishes ofrocks
Biopharmaceuticals
Disoersion af pharmaceuical substanoes for inieclion, Dipersian and edracian oftadsanal Ohinese medcinesDisruphan, ermulsifeaion, homogerizalan, and fragmenlalion of paridles like carbon nandlubes and rare eathma beris.

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Description
JY-N senies ultrasonic homogenizer is a muli-functional and muli-purpose instrument that utlizes the cavtalion efect of ultrasonic waves toprocess experimental samples. it is suitable for 100ul600ml capaciy samples, with the advantages of continuously adjustable ultrasonic time and
power, and is capable of crushing al kinds of animal and plant issues, ces, bacteria, and can be used for emulsifcation, separation, dispersion

Working Principle
Based on the cavitation effect of ultrasonic waves in the liquid, the transducer wil generate high intensity shear force in the liquid atthe top of the tool head through the amplitude-variable rod to form high-frequency alternating water pressure, which will cause the cavitbto expand and explode to break the cells. in addition, the use of ultrasonic propagation in the liquid to produce a violent perturbationeffect, so that the paticles produce a large acceleration, thus coliding with each other or collision with the wall to achieve the effect of
crushing.

Application Fields
Bioengineering
Disruption of cells, bacteria, viruses, spores, and other cell structures..
Food engineering
Uitrasonic homogenization of beverages. Maturation and aging acceleration techniques for wine. Acceleratingdissolution and chemical reactions, such as in fat processing.
Environmentalengineering
Homogenization of soil and rock samples. Study of the structural and physical characeristics of rocks.
Biopharmaceuticals
Dispersion of phamaceutical substances for injection. Dispersion and extraction of traditional Chinese medicines.Disruption, emulsification, homogenization, and fragmentation of particles like carbon nanotubes and rare earthmaterials.

Note: When using 10mm, 12mm, 15mm transducer, it is strongly recommended to use titanum aloy transducer, which has the advantages of high energy
conversion rate, stability and durability, and suitable for long time work compared with general transducer.

The post Lab Homogenizer appeared first on Keylaser Armenia.

Based on the cavitation effect of ultrasonic waves in liquids, the transducer converts electrical energy into high-intensity shear force in the liquid at the top of the tool head through the amplitude transformer, forming high-frequency alternating water pressure. This pressure causes cavities to expand and explode, thereby breaking down cells. In addition, the violent disturbance generated by the propagation of ultrasonic waves in liquids imparts large acceleration to particles, leading to mutual collisions or collisions with the vessel wall. This achieves the effects of disruption, emulsification, and separation.

◣Application Fields

Bioengineering

Disruption of cells, bacteria, viruses, spores, and other cellular structures;

Preparation of DNA fragmentation in high-throughput sequencing and chromatin immunoprecipitation (non-contact disruption);

Food Engineering

Ultrasonic homogenization of beverages;

Maturation and aging acceleration technology for wine;

Accelerating dissolution and chemical reactions, such as in fat processing;

Environmental Engineering

Homogenization of soil and rock samples;

Study of the structural and physical characteristics of rocks;

Biopharmaceuticals

Dispersion of pharmaceutical substances for injection;

Dispersion and extraction of traditional Chinese medicines;

Disruption, emulsification, homogenization, and fragmentation of particles such as carbon nanotubes and rare earth materials;

This product is widely used in life sciences, materials science, environmental protection, and other fields. For more details on product models and technical parameters, please contact our sales team.

Technical Specifications

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The SCIENTZ-08 Industrial Sonicator is an innovative heavy-duty device engineered by scaling up proven lab-grade ultrasonic technology. It is tailored for high-throughput industrial applications, including nanomaterial preparation, high-intensity ultrasonic cleaning, and large-scale processing of animal/plant cell tissues.

Equipped with dual-excitation transducer technology, this sonicator delivers high ultrasonic power output and supports extended continuous operation. It serves as the optimal solution for manufacturing enterprises pursuing efficient, reliable ultra-fine pulverization and material processing.

▋Working Principle

This equipment leverages the ultrasonic cavitation effect in liquid media:

The transducer converts electrical energy into ultrasonic vibrations, which are amplified by the amplitude rod and transmitted to the tool head.

High-frequency alternating water pressure is generated in the liquid, creating microscopic cavities and bubbles.

The violent collapse of these bubbles produces intense pressure peaks and shear forces, which efficiently disrupt cells and particles.

The shock waves from cavitation also facilitate uniform dispersion of polymers and nanomaterials.

▋Technical Parameters Table

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Working Principle

Based on the cavitation effect of ultrasound in liquids, the transducer transfers electrical energy Through the amplitude-variable rod in the liquid at the top of the tool head to produce high-intensity shear force the formation of high-frequency alternating water pressure intensity so that the cavity expansion, explosion will be broken cells. in addition,the use of ultrasonic propagation in the liquid to produce violent perturbation effect, so that the particles produce a large acceleration.thus colliding with each other or collision with the wall to achieve theeffect of crushing, emulsification and separation.

Features

Application

The post SCIENTZ-1200E Probe Sonicator for Cell Lysis, Tissue Disruption and Homogenization,Ultrasonic Liquid Processor for Pilot Use appeared first on Keylaser Armenia.

 Working Principle

   Based on the cavitation effect of ultrasound in liquids, the transducer transfers electrical energy Through the amplitude-variable rod in the liquid at the top of the tool head to produce high-intensity shear force the formation of high-frequency alternating water pressure intensity so that the cavity expansion, explosion will be broken cells. in addition,the use of ultrasonic propagation in the liquid to produce violent perturbation effect, so that the particles produce a large acceleration.thus colliding with each other or collision with the wall to achieve theeffect of crushing, emulsification and separation.

Features

The post 3000W Sonicator Cell Disruptor For Nanomaterials appeared first on Keylaser Armenia.