A differentiated effect of the Low-Temperature
Nano-Extraction method!

Low temperature nano-extraction Technology!

The JW brands are oriented towards the highest products in the world.

Technological Introduction

We retain the latest technology that can extract functional ingredients without destroying them from main materials such as algae, herb, and cereals.

Our Low-Temperature Nano-Extraction Method is a process that can extract active hydrogen, which can remove active oxygen from the biologically active substances and effective ingredients from seaweed, herb and cereals into a very small particle size of nanometer molecular weight. Also, it is a technology that can quickly extract an physiologically active substance and a functional material without destroying them within a range of non-heat treated temperatures (50 to 60 ° C degrees)

When making extraction and separation of biologically functional active substance present between tissues and cells of seaweed or herb by using the Low-Temperature Nano-Extraction Method, a size of the molecules of the functional components extracted is from 1,000 to 2,000 nanometers in size. This overcomes limitations of extraction methods using conventional hot water, solvents, and membranes and thus is a state-of-the-art technique that extracts active ingredients from a raw material without modification at once, which is for complex functions of each of raw materials’ effective features. Especially, by complementing weak points, such as changes of components by a thermal destruction of high-performance physiological substance, this method has a feature that can take advantage of unique ingredients as they are.

In particular, active hydrogen, which can remove active oxygen from the biologically active substances, and effective ingredients of a very small particle in size extracted from seaweed, herb and cereals can be well absorbed in the pores The functional component extracted by Low-Temperature Nano-Extraction Method (Patent 10-0908745) has a molecular amount of 1000 to 2000 and its particles are very small. Since they are extracted in a very short time at a low temperature of 50 to 60 degrees Celsius, the method is a high-tech extraction method that can extract ingredients without modification of the raw material and a heat destruction of effective ingredients.

Our company applies various peptides or proteins or functional bioactive materials to the product, as well as algae, herb, and grain, through research. We are doing extensive research in the field of adipose tissue derived from plant stem cells and adult stem cells plant stem cells in cooperation with related companies and organizations in order to develop new products.

We strive to develop products with superior efficacy through wider and more in-depth research of functional peptides, protein materials, plant stem cells, adipose derived stem cells, reprogrammed stem cells, etc.

Other key technology

  • beaker

    Extraction,separation,
    refinement and concentration of main ingredients

  • microscope

    Absorption enhancement
    of active ingredients in transcutaneous tissues of human body

  • gene

    Membrane Separation
    Extraction
    (MF/UF/NF/RO/PV)

  • graph

    Supercritical fluid
    Extraction and
    ultrasonic extraction

  • polygon

    Microwave extraction
    and utilization of
    radioisotope

[ Main office & Factory ] 20-10, Gail-gil, Hwansan-myeon, Youngcheon-si, GyeongsangBuk-Do, Korea Tel. (054)337-0556 / Fax. (054)336-0555
[ Seoul office ] Yangjaedaero 91nagil 68, Gangdong-gu, Seoul
[ Daegu office ] Room No. 301, Jangdeungro 88, Dong-gu, Daegu Tel. (053)427-1201~2 / Fax. (053)427-1207
Copyright (C) 2015 JWBIO. co. Ltd. All Right Reserved.
 Isaiah Wynn Jersey

A differentiated effect of the Low-Temperature
Nano-Extraction method!

Low temperature nano-extraction Technology!

The JW brands are oriented towards the highest products in the world.

Technological Introduction

We retain the latest technology that can extract functional ingredients without destroying them from main materials such as algae, herb, and cereals.

Our Low-Temperature Nano-Extraction Method is a process that can extract active hydrogen, which can remove active oxygen from the biologically active substances and effective ingredients from seaweed, herb and cereals into a very small particle size of nanometer molecular weight. Also, it is a technology that can quickly extract an physiologically active substance and a functional material without destroying them within a range of non-heat treated temperatures (50 to 60 ° C degrees)

When making extraction and separation of biologically functional active substance present between tissues and cells of seaweed or herb by using the Low-Temperature Nano-Extraction Method, a size of the molecules of the functional components extracted is from 1,000 to 2,000 nanometers in size. This overcomes limitations of extraction methods using conventional hot water, solvents, and membranes and thus is a state-of-the-art technique that extracts active ingredients from a raw material without modification at once, which is for complex functions of each of raw materials’ effective features. Especially, by complementing weak points, such as changes of components by a thermal destruction of high-performance physiological substance, this method has a feature that can take advantage of unique ingredients as they are.

In particular, active hydrogen, which can remove active oxygen from the biologically active substances, and effective ingredients of a very small particle in size extracted from seaweed, herb and cereals can be well absorbed in the pores The functional component extracted by Low-Temperature Nano-Extraction Method (Patent 10-0908745) has a molecular amount of 1000 to 2000 and its particles are very small. Since they are extracted in a very short time at a low temperature of 50 to 60 degrees Celsius, the method is a high-tech extraction method that can extract ingredients without modification of the raw material and a heat destruction of effective ingredients.

Our company applies various peptides or proteins or functional bioactive materials to the product, as well as algae, herb, and grain, through research. We are doing extensive research in the field of adipose tissue derived from plant stem cells and adult stem cells plant stem cells in cooperation with related companies and organizations in order to develop new products.

We strive to develop products with superior efficacy through wider and more in-depth research of functional peptides, protein materials, plant stem cells, adipose derived stem cells, reprogrammed stem cells, etc.

Other key technology

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