EXODUS
Technology
The revolutionary exosome isolation technique, powered by ultrasonic nano-filtration technology, offers significant advantages over traditional membrane separation methods. This innovative approach combines negative pressure oscillation (NPO) with double-coupled ultrasonic harmonic oscillation (HO). Together, these mechanisms work synergistically within the nano-filtration device to efficiently and rapidly remove impurities such as free nucleic acids and proteins, enabling the extraction of ultra-pure exosomes. The choice of exosome enrichment and purification consumables is tailored to match the specific sample volume needs, sample type, and intended application.
Isolation Principles
EXODUS has been developed using a dual-membrane nanofiltration system that integrates periodic negative pressure oscillation (NPO) and double-coupled ultrasonic harmonic oscillations (HO). EXODUS can rapidly remove free nucleic acid and protein impurities from the sample, resulting in the efficient purification and enrichment of exosomes. The exosomes are precisely intercepted by a nanoporous membrane, allowing for a highly targeted isolation process.
EXODUS isolation principle for EV subtypes
EXODUS can rapidly remove free nucleic acid and protein impurities from the sample, resulting in the efficient purification and enrichment of exosomes. The exosomes are precisely intercepted by a nanoporous membrane, allowing for a highly targeted isolation process. EXODUS has great potential to revolutionize exosome isolation and drive new discoveries in biomedical research and translation.
Various sample types:
Plasma
Urine
Salvia
Cerebrospinal Fluid
Tears
Aqueous Humor
Synovial Fluid
Tissue
Cell Culture Medium
Bacterial Culture Medium
Cell Derived Versicle
Plant
EXODUS H-600
EXODUS T-2800
Specifications
EXODUS H-600
EXODUS T-2800
Sample volumes
10 μL – 250 mL
1-10 L
Processing speed
200 mL/h
1000-2000 mL/h
Dimension
535 x 510 x 475 mm
820 mm x 500 mm x 685 mm
Weight
40 kg (88 lbs)
90 kg ( ≤200lbs )
Isolation principles
Combination of the negative pressure oscillations (NPO) and double coupled
harmonic oscillations (HO) on nanoporous membrane
Sample types
Plasma, urine, saliva, cerebrospinal fluid, tears, aqueous humor, synovial
fluid, tissue, cell culture medium, bacterial culture medium, cell-derived
vesicle, plant, ect.
Temperature Control
Sample position, buffer position, and exosome recovery station, with a controlled temperature range of 2-8°C
Specifications
EXODUS H-600
Sample volumes
10 μL – 250 mL
Processing speed
200 mL/h
Dimension
535 x 510 x 475 mm
Weight
40 kg (88 lbs)
Isolation principles
Combination of the negative pressure oscillations (NPO) and double coupled
harmonic oscillations (HO) on nanoporous membrane
Sample types
Plasma, urine, saliva, cerebrospinal fluid, tears, aqueous humor, synovial
fluid, tissue, cell culture medium, bacterial culture medium, cell-derived
vesicle, plant, ect.
Temperature Control
Sample position, buffer position, and exosome recovery station, with a controlled temperature range of 2-8°C
Specifications
EXODUS T-2800
Sample volumes
1-10 L
Processing speed
1000-2000 mL/h
Dimension
820 mm x 500 mm x 685 mm
Weight
90 kg ( ≤200lbs )
Isolation principles
Combination of the negative pressure oscillations (NPO) and double coupled
harmonic oscillations (HO) on nanoporous membrane
Sample types
Plasma, urine, saliva, cerebrospinal fluid, tears, aqueous humor, synovial
fluid, tissue, cell culture medium, bacterial culture medium, cell-derived
vesicle, plant, ect.
Temperature Control
Sample position, buffer position, and exosome recovery station, with a controlled temperature range of 2-8°C