Oscillatory Homogenizer

A vibration mixer drives sample containers to produce high-frequency reciprocating motion through an electric motor, causing the substances inside the tubes to collide and mix. It is used in laboratories for rapid dissolution of powders, emulsification of liquids, or suspension of precipitates, commonly applied in biochemical sample pretreatment and reagent preparation.
Selection
When selecting, consider matching the sample viscosity with the amplitude range, confirm clamp compatibility based on container size, and check timing accuracy and temperature control requirements. Note that the motor type affects service life, and the protection rating should suit the laboratory environment.

Terms

Standards

Instruments

The stator diaMeter is 8mm, the maximum processing viscosity is 500CP, and the maximum linear speed is 8 m2/s. It is suitable for 10~ 60ml Sample Handling and is suitable for HR-6B/10B type homogenizer.

$ 535.00

The stator diaMeter is 10mm, the maximum processing viscosity is 2000CP, and the maximum linear speed is 10 m2/s. It is suitable for HR-6B/10B type homogenizer, and the standard Processing capacity is 30-150ml.

$ 344.00

The pat speed is 3~ 12 times/second, the pat spacing is 0~ 40mm, the homogeneity is soft and non-destructive, and there is no need to sterilize, which effectively prevents cross-contamination and protects the operator's safety.

$ 1639.00

Programmable setting of 3 to 12 times/second tap speed and 1 second to 100 minutes timing, adjustable tap spacing from 0 to 50mm, equipped with 4.3-inch touch screen and voice alarm function, effectively preventing cross-contamination.

$ 993.00

The microcomputer control supports 8-stage programming, the pat speed is 3-12 times per second, and the time can be adjusted to 99 hours, 59 minutes and 59 seconds. The sample is handled without contact to avoid cross-contamination and no need to clean the utensils.

$ 1074.00

Programmable setting of 3 to 12 beats per second and 1 second to 100 minutes homogenization time, equipped with 4.3-inch touchscreen and voice alarm function, effectively separates microbial components in solid samples and prevents cross-contamination.

$ 1187.00

Stator diaMeter 6mm, maximum processing viscosity 100CP, maximum linear speed 5 m2/s, suitable for a variety of Sample Handling, providing stable and efficient homogenization performance.

$ 556.00

Maximum processing viscosity up to 3000CP, suitable for HR500 and HR-25 series Homogenizer, providing stable Sample Handling capability to meet a variety of experimental needs.

$ 378.00

Rotation speed 5000~ 30000rpm, Processing capacity 0.2~ 80mL, stainless steel working head corrosion resistance, large capacity battery supports outdoor mobile operation, suitable for a variety of cutter heads.

$ 767.00

Standard Processing capacity 50~ 1500ml, maximum processing viscosity of 2000CP, suitable for a variety of Homogenizer models to meet different Sample Handling needs.

$ 378.00

Processing capacity range of 50~ 1500ml, maximum processing viscosity of 3000CP, suitable for a variety of Homogenizer models, to meet the processing needs of different viscosity samples.

$ 378.00

The pat speed is 3-12 times/second, the effective volume is 3-400ml, and the soft start and anti-pinch functions are adopted to ensure that the samples are uniform and free of cross-contamination, and the operation is safe and convenient.

$ 961.00

The pat speed can be adjusted from 3 to 12 times/second, the homogenization time can be set from 1 second to 100 minutes, the processing capacity is 3-400ml, the aseptic bag design is adopted to prevent cross-contamination, and the touch screen is easy to operate.

$ 816.00

Processing capacity 0.2-10 ml, maximum processing viscosity 100CP, suitable for HR500 and HR-25 series Homogenizer, providing efficient Sample Handling.

$ 493.00

The pat speed is 3-12 times/second, the effective volume is 3-400ml, and the aseptic bag isolation operation is used to avoid sample leakage. The homogenization process has no heating, no damage, and no need to wash the utensils. The sound insulation effect is good.

$ 1187.00

Articles

Optimization of mixing efficiency of vortex mixer in liquid-liquid microextraction
This paper explores how to enhance mixing efficiency in liquid-liquid microextraction by adjusting the operating parameters of a vortex mixer.
Improving Efficiency with Vortex Mixers in Biological Sample Pre-treatment
This article primarily discusses how vortex mixers enhance the efficiency of biological sample pretreatment. By generating a vortex motion through an electric motor, they enable rapid and uniform mixing of liquids, saving time and delivering better results compared to traditional manual methods.
Tap density tester evaluates the accumulation characteristics of sprayed powder.
This article introduces how to use a tap density tester to evaluate the packing characteristics of spray powders. The tap density tester simulates vibration to densely pack the powder and measures the mass per unit volume, thereby obtaining the tap density.
Vibration test bench simulates transport packaging environment testing.
Vibration testing tables simulate the vibration environment during transportation in the laboratory to test packaging and evaluate its protective performance. The tests primarily follow domestic and international standards, simulating sinusoidal or random vibrations that cover typical transportation conditions such as road and rail.
The impact of temperature, humidity, and vibration coupling in a three-environmental test chamber on the structural fatigue of products.
This article explores the impact of the coupled effects of temperature, humidity, and vibration in a three-comprehensive test chamber on the structural fatigue of products. It explains how such a coupled environment accelerates the degradation of material performance, such as high temperature and humidity reducing the material's fatigue limit, while vibration promotes crack propagation.
Performance Comparison and Selection Guide Between Electric Vibration Tables and Hydraulic Vibration Tables
Electric shakers and hydraulic shakers are two commonly used vibration testing devices, each with different working principles. When selecting a model, factors such as test frequency, specimen weight, displacement requirements, and cost need to be considered.
Selection Differences Between Random Vibration and Sine Vibration Tests
This article primarily discusses the differences between random vibration and sinusoidal vibration tests. Sinusoidal vibration uses a periodic signal at a single frequency, making it suitable for identifying resonance points and conducting fatigue tests. Random vibration, on the other hand, employs a broadband random signal to simulate real-world environments, such as transportation jolts, making it more appropriate for reliability acceptance testing.
Key points for selecting a multi-factor comprehensive test chamber with integrated temperature, humidity, vibration, and altitude systems
The multi-factor comprehensive test chamber integrates four environmental stresses: temperature, humidity, vibration, and altitude (low pressure), used to simulate the reliability of products under complex environmental conditions.
Selection Guide How to Choose a Vibration Test Bench Based on Testing Standards
When selecting a vibration test system, start by carefully reviewing the test standards to clarify key parameters such as frequency range, thrust force, displacement, acceleration, and vibration type. Then, based on the standard requirements, calculate the required thrust force, match the specifications of the shaker and amplifier, and select an appropriate control system.
For electromagnetic vibration tables, whether to choose sweep frequency or fixed frequency testing standards for simulating transportation is crucial; do not make a random selection if you are unsure.
The electromagnetic vibration table is used to simulate transportation vibrations and test the durability of products and packaging. There are two types of tests: fixed-frequency and sweep-frequency. The selection should be based on the test objectives and relevant standards to avoid arbitrary choices. For new products, it is recommended to first conduct a sweep-frequency test to identify resonance points, followed by fixed-frequency tests as needed.