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Cleaning Disinfection Small Scale Homogenizer , Continuous Flow Cell Disrupters

Cleaning Disinfection Small Scale Homogenizer , Continuous Flow Cell Disrupters

Cleaning Disinfection Small Scale Homogenizer , Continuous Flow Cell Disrupters
Cleaning Disinfection Small Scale Homogenizer , Continuous Flow Cell Disrupters

Large Image :  Cleaning Disinfection Small Scale Homogenizer , Continuous Flow Cell Disrupters Get Best Price

Product Details:

Place of Origin: China
Brand Name: JNBIO
Certification: Yes
Model Number: JN-Mini

Payment & Shipping Terms:

Minimum Order Quantity: Negotiable
Price: Negotiable
Packaging Details: 1 main unit + 1 cooling system
Delivery Time: In one week after payment
Payment Terms: L/C, T/T
Supply Ability: No limitation
Detailed Product Description
Pressure: 0 ~ 207MPa Flow Rate Under Max. Pressure: 1.2L/hr
Power Supply: 220V, Main Unit 0.75KW+Cooling 0.45KW Low Temperature Circulating Water Bath: Whole Preparation And Dispersion Process Completed In A 4 ~ 6℃ Circulating Water Bath
Min.sample Treatment Capacity: 3ml Whole Preparation And Dispersion Process Completed In A Weter Bath: Using Ice-water Mixturs
Whole Preparation And Dispersion Process Completed In A 4-6℃ Water Bath: Low-temperature Circulating Water Bath To Be Purchased Separately
High Light:

small scale homogenizer

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high pressure homogeniser

In-situ cleaning and disinfection ultra-high pressure homogenizer continuous flow cell disrupters

 

Item Qty

Power/voltage

(KW/V)

External dimensios(mm)
Length(L) Widht(W) Height(H)
Main unit 1 0.75/220 630

450

355
Cooling system 1 0.45/220 603 405 409

 

 

Part 2 Purposes
Suitable for use by colleges, universities, research institutes, high-tech and biomedicine companies, biological product manufacturers, etc.
 ◆Cell disruption of bacteria (e.g., Escherichia coli), fungi (e.g., yeast/Ganoderma lucidum spores), and alga (e.g., blue/green alga);
 ◆Cell disruption of animals and plants (e.g., nematodes);
 ◆Cell disruption of actinomycetes, thermophiles, and mycobacteria tuberculosis;
 ◆Enzyme preparation and separation, and preparation of recombinant polypeptides;
 ◆Crystal engineering, and protein crystals;
 ◆Nanometer emulsification and homogenization of emulsions, liposomes, etc.; micro-emulsions, and nano-suspensions;
 ◆Disruption and extraction of Chinese medicinal herbs;
 ◆Ultra-high pressure induced mutation breeding;
 ◆Grinding and dispersion of nanometer materials, paints, inks and dyes, including graphemes, carbon nano-tubes, carbon nano-powders and nano high-molecular materials
 ◆Other……

 

Part 3 Principle

Low-temperature ultra-high pressure continuous flow cell disrupters use ultra-high pressures to release the sample instantly via a slit, and disrupt cells under the action of the shearing, cavitation and collision effects, so that materials are homogenized, dispersed, emulsified and micronized. The whole process is performed in a 4-6℃ lowtemperature circulating water bath, preserving original activity and performance.

 

Cleaning Disinfection Small Scale Homogenizer , Continuous Flow Cell Disrupters 0

Fig.1 The principle diagram of the disruption

Cleaning Disinfection Small Scale Homogenizer , Continuous Flow Cell Disrupters 1

Fig.2 Main unit immersed in a circulating water bath

 

 

Part 4 Features
 ◆Exclusive cell disrupters in the world in which the whole process of sample feeding, disruption and sample release is 4-6℃ low-temperature circulating water bath,
preserving original activity and performance (optional circulating cooler)
 ◆Suitable for research and continuous production
 ◆World-class pressure rating of 207MPa (2070bar), largely meeting user requirements
 ◆Min. sample treatment capacity: JN-Mini (3ml), JN-02C (5ml)
 ◆Diamond disruption valve with wear resistance tens of or even nearly 100 times of porcelain or tungsten carbide
 ◆Hydraulic main power, capable of free shutdown, starting and pause under high pressures while maintaining pressure
 ◆Capable of no-load operation, being vented by just pressing with a stainless steel needle gently after charge without changing pressure (patented technique)
 ◆Food- and pharmaceutical-grade advanced pollution-free materials
 ◆In-situ cleaning and disinfection
 ◆High-strength full-stainless steel ultra-high pressure pump
 ◆Physical disruption, eliminating chemical residue
 ◆All containers and pipes through which the sample is disrupted made of 316L stainless steel with excellent resistance to pollution and corrosion
 ◆Excellent safety, with the hydraulic disruption valve serving as a sensitive safety valve
 ◆Easy pressure regulation without handling the spring hard
 ◆Metal sealing, without any rubber seal
 ◆Independent intellectual property rights and core techniques, with ease of maintenance by widespread engineers


Part 5 Selected application samples

◆Protein gel electrophoretogram of cell disruption of Escherichia coli (Fig. 3)
◆Disruption rate of yeasts and Escherichia coli up to 95%-99% (Fig.4 , 5)
◆Disruption rate of Ganoderma lucidum spores up to 95% (Fig. 6, 7)
◆Average grain size of nano-emulsified liposomes 53.68nm, down to 28.2nm (Fig.8, 9)

 

Cleaning Disinfection Small Scale Homogenizer , Continuous Flow Cell Disrupters 2

 

 

 

Cleaning Disinfection Small Scale Homogenizer , Continuous Flow Cell Disrupters 3

Fig.4 Yeast cells before disruption

Cleaning Disinfection Small Scale Homogenizer , Continuous Flow Cell Disrupters 4

Fig.5 Yeast cells after disruption

Cleaning Disinfection Small Scale Homogenizer , Continuous Flow Cell Disrupters 5

Fig.6 Ganoderma lucidum spores before cell disruption

Cleaning Disinfection Small Scale Homogenizer , Continuous Flow Cell Disrupters 6

Fig. 7 Ganoderma lucidum spores after cell disruption

Cleaning Disinfection Small Scale Homogenizer , Continuous Flow Cell Disrupters 7

 

Fig. 8 Comparison of liposomes before and after nano-emulsification

Cleaning Disinfection Small Scale Homogenizer , Continuous Flow Cell Disrupters 8
Fig.9 Grain size analysis of nano-emulsified liposom

 

Cleaning Disinfection Small Scale Homogenizer , Continuous Flow Cell Disrupters 9 More content

 

Contact Details
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Contact Person: emily

Tel: +8613585998528

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