WIGGENS ultrafine homogenizer emulsifier from Germany

NegotiableUpdate on 05/06

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Overview

German WIGGENS Ultra fine Homogenizer Emulsifier D130 $r $n $r $n * Handheld Homogenizer adopts double insulation protection to ensure safety $r $n $r $n * D-130 is a lightweight emulsifier that can be used for mixing, dispersing, emulsifying, homogenization and other operations $r $n $r $n * High shear head can be sterilized at high temperatures and reused, and is easy to disassemble $r $n $r $n * Suitable for batch processing of fluid materials in small containers, such as processing muscles, organs, fibers, etc

Product Details

WIGGENS ultrafine homogenizer emulsifier from Germany

WIGGENS D-130 Handheld Ultra fine Homogenizer Details:

* The handheld homogenizer adopts double insulation protection to ensure safety

* D-130 is a lightweight emulsifier that can be used for mixing, dispersing, emulsifying, homogenizing, and other operations

* The high shear working head can be sterilized at high temperatures, reused, and easily disassembled

* Suitable for batch processing of fluid materials in small containers, such as processing muscles, organs, fibers, etc.

Technical parameters of WIGGENS D-130 handheld ultrafine homogenizer

model	D-130
Idle speed (rpm)	8000 ～ 30000
Processing capacity range H2O (mL)	0.1-50 (H2O)/1-250 (H2O) depending on different dispersion heads
Input/output power (W)	130
Contact material material material	316L stainless steel (suitable for all sterilization methods)
Optional working head	5mm/L90mm(0.1～ 50mL) 0mm/L150mm(1～ 250mL)

WIGGENS D-130 Handheld Ultra fine HomogenizerOptional dispersing head:

Product Model	DS-130/5	DS-130/7	DS-130/10	DS-130/14
Dispersion head length	90mm	160mm	150mm	170mm
rotor diameter	5mm	7mm	10mm	14mm
Workbench capacity	0.1-50ml	0.3-50ml	1-250m	l 2-250ml

WIGGENS ultrafine homogenizer emulsifier from Germany

The problems that users often encounter in decentralized experimentsFor ordinary cylindrical dispersing cups, vortices will form during dispersion, which will prevent the materials around the dispersing cup from contacting the dispersing head. This physical phenomenon greatly reduces the degree of material mixing and dispersion. In order to achieve the desired dispersion effect, users can only choose to consume more energy to extend the dispersion time. However, another problem arises: the extension of dispersion time allows a large amount of air to enter the sample with the vortex.

Decentralized solutions

*To solve the above problems, our technicians have developed the GS dispersion cup, which does not allow the sample to form directional flow like conventional dispersion cups, greatly improving dispersion efficiency and saving time and energy consumption.

*GS dispersion cup materials are available in borosilicate glass and stainless steel; The specifications can range from a few milliliters to several liters in size; You can choose with or without a cover, and you can choose whether to have a sealed joint.