The New All-in-One
IVM Series
All-purpose In vivo
Intravital Microscopy

Service provider for intravital microscopeand preclinical in vivo imaging

Contents
Introduction··································································································The New IVM Series··································································

About Our Technology

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Key Applications
Key Advantages
Specifications

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Solution and Service Provider for
Intravital Microscope and In Vivo Imaging

REAL-TIMEHIGH RESOLUTION
IN VIVO IMAGING

About IVIM Technology
IVIM Technology was established in 2017 based on the highest technology of
intravital microscopy developed in KAIST, South Korea. In 2018, we released our first
confocal and two-photon microscopes to take in vivo images of a living animal. By thefollowing year, we had developed the smart version with a 920nm fs laser, the mostaffordable and compact intravital two-photon microscope in the world. The same
year, we owned our animal facilities and built an R&D center in Daejeon. In the last
two years, we have expanded our global team, business partners, and reference sites,
intending to be the number one global provider of intravital microscopy.
IVIM Technology has become world-renowned in a short time for its rapidly increasing
global team and activities, innovation momentum and superior customer service.
Inspired by its diligent expert staff, IVIM Technology started to offer CRO services
on preclinical in vivo imaging this year. It will also provide training services to its
customers beginning in 2023.

IVIM Technology is all around the world.

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One-stop solution provider
for intravital in vivo imaging•Multi-color Simultaneous Imaging 							(4 channels, 4 different colors)•Fully Integrated In vivo Maintenance Unit / Animal Stage(Monitoring & Homeostatic Regulation of Animal Vitality)•Ultra High-Speed Imaging (max. 100 fps - 512x512 pixels)•4D Animal Motion Compensation (XYZ & Time)•‌Optimized system for in vivo cellular to subcellular level intravital
imaging of a live animal model•‌All-in-One packaging for easy installation, cost and space saving, andhigh usability•‌H ands-free maintenance of laser systems for minimal long-term
operation cost

•Cost - Effective

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The New All-in-One IVM Series Product Line
One-device, unlimited solutions
IVM-C3 (Confocal v. 3)

IVM-MS3 (Two-Photon Smart v. 3)

Tractable, Fast and Gentle

Compact, Cost-saving, Hands-free

IVM-C3 is a highly integrated for in vivo imaging with an enormously increased

IVM-MS3 is the smart version of IVM-M3, an All-in-One Two-Photon Intravital Microscopy

detection efficiency, optical resolution, and contrast of the image compared to

optimized for in vivo imaging. It integrates a compact, high-stability and maintenance-freeconventional fluorescence microscopy. Equipped with a 4-wavelength laser and four

fs-pulse laser unit into a single box. IVM-MS3 is perfectly capable of imaging deep tissues

high-sensitivity confocal detectors, IVM-C3 allows multi-dimensional views of living

within a wavelength fixed at 920nm, which makes it an excellent resource for researchers

cells and tissues in 3D or 4D up to four different colors.

IVM-M3 (Two-Photon v. 3)

IVM-CMS3 (Confocal and Two-Photon Smart v. 3)

Deep Tissue Imaging, High-resolution, Tunable Laser

Cost-Effective, Straightforward, Dual-mode

IVM-M3 has the flexibility feature of the traditional converted

IVM-CMS3 is the world's most compact and affordable dual-

microscope and the high-resolution imaging ability ofmode intravital confocal and two-photon microscope,

second-harmonic generation microscopy. It is equipped with

providing versatile functionality in a single box. Having

a fully-automated tunable fs-pulse NIR laser system. IVM-M3

the Confocal laser units of IVM-C3 and the compact Two-is optimal for deep tissue imaging using less-scattering NIR

Photon laser unit of IVM-MS3 with a one-switch mode

wavelength. Full control functionality of the fs-laser systemchanging feature, IVM-CMS3 provides comfortable multi-

is integrated with the two-photon imaging software for user

purpose use for intravital functional imaging and saves fromconvenience with various automation algorithms.

unnecessary space and high costs.

IVM-CM3 (Confocal and Two-Photon v. 3)
High Contrast and Resolution, Dual-mode and Tunable
IVM-CM3 can focus on the desired wavelength with its tunable Two-Photon08

with a specific target but limited resources and budget.

IVM-Customized
Explicit, Practical, and Versatile
The IVM-Customized provides the researcher with a specific design and highlaser unit for wavelengths as low as 690 nm, higher up to 1050 nm, or in between.

level of ease of use. Apparatus such as GRIN Lens Endo-Microscopy System, Retina

IVM-CM3 combines the advantages of both Confocal and Two-Photon microscopy

Imaging System, Rotatable Objective Lens System can be easily adjusted for yourproviding endless possibilities for three-dimensional imaging of living cells near the

research. Also, since it is a free space system, the sizes of the microscope can beskin or deep into the tumor in small animals.

optimized according to the animal that you are working with.

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Why intravital in vivo imaging is needed?

What is Intravital Microscopy (IVM)?

According to data from regulatory authorities, the acceptance rate of new drug

IVM is an optical imaging technique designed

candidates has been stuck at around 10 percent worldwide for the last few decades.

to observe living animals in vivo in cellular

Determining the validation, tracking, and mode of action (MOA) of new drug

and subcellular levels at very high resolutions

candidates at the preclinical development stage in vivo is vital for the effectivenessthrough window preparations in the tissue

and finally the permission to use of the new drug.

region of interest for once or periodically.
IVM is a key solution that can explore theMacroscopic-scale Imaging & Diagnosis(Organ/Tissue-level : Structural Information)

X-Ray

Ultrasound

PET / CT / MRI

OCT / OFDI

complex dynamic behavior of numerous
cells inside living organisms.
IVM continues to grow as a next-generation
key technology to explain the unknown

Microscopic-scale Imaging & Analysis(3D Cell-level : Molecular / Functional Information)

pathophysiology of various diseases anddiscover new treatments. It is differentiatedfrom macro-scale structural images at theorgan or tissue level that can be obtained
from conventional X-ray, ultrasound imaging,

Intravital microscopy (IVM)

MRI, PET, and CT.

IVIM Technology continuously optimizes its products with its engineers and the know-

IVM is capable of real-time 3D imaging of single

how gained in the field with its application specialists. IVIM Technology provides

cell-level in vivo cell dynamics and interactions

reliable results in validating the ADME, drug delivery/efficacy and MOA studies at theof cell to cell or proteins and drug molecules

early stages of new drug development process.

in living organisms. It can directly provide
information on the in vivo development process
or progress of various diseases. As such, thebiggest advantage of this technology is that it
is possible to directly observe and analyze realtime cell-level dynamics of cell movement in areal-life in vivo environment.

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11What is Confocal Microscopy?

What is Two-Photon Microscopy?

(IVM-C3, CM3, CMS3)(IVM-M3, CM3, MS3, CMS3)

Intravital Confocal Microscopy offers in vivo imaging in four dimensions (XYZ and time),

In a two-photon microscope, two or three photons of the higher wavelength do thelayer-by-layer. In principle, it utilizes white or laser light and pinhole and enables thework of one: When they strike the fluorophore simultaneously (typically within a few

light to be focused at one point and deflected the reflected, scattered light from a

femtoseconds), they are absorbed, resulting in fluorophore excitation and light emission.

second confocal aperture.

Two-photon microscopy is used for live cell imaging for deeper and ticker tissues comparedto the confocal with its second harmonic generation ability which provides very high axial
and lateral resolution comparable to confocal microscopy without having to use pinholes.

Excitation Laser
Beam Scanning

Fluorescencefrom focus

Detector

Detector

Fluorescencefrom out-of-focus

Widefield Image
ExcitedstateSingle-Photon
Excitation

Two-Photon
Excitation

Second Harmonic Generation(SHG)
Imaging of in vivo tissue
Skeletal muscle

Detector

PinholeGroundstate

Lens

Fluorescence signal

Dichroic Beam
Splitter
Excitation
Light

Objective
Lens

Excitation
Light

Excitation
Light

2D Raster
Scanning

SampleFluorescence

Fluorescence(from focal plane)(from out of focal
plane)

IVM-C3

Photobleaching Patterns
Confocal Microscopy
Coverslip

Two-Photon Microscopy

Photobleached Fluorophore

Light Path
Skeletal muscle
Nerve
Vessel

IVM-M3The size, orientation and surface of structures can affect light scattering due toConfocal Microscopy

Two-Photon Microscopy

different refractive indices for each system. For example, rough surfaces scatter the■Single-photon excitation■Two-photon excitation■Point scanning + Pinhole■Point scanning + No Pinhole■‌Optical sectioning : Fluorescence signal from■‌O
 ptical sectioning : Fluorescence signal isbeam widely and vice versa. Multiple layers can be visualized by slicing a tissue atvarious focal planes.

out-of-focus is blocked

intrinsically generated only at the focus■‌Imaging Depth : 100-200 µm■‌Imaging Depth : 250-1000 µm■‌Continuous-wave solid-state laser with flexible■‌F emto-second pulsed laser tunable at near-

choice of wavelength at the range from ultraviolet

infrared (NIR) wavelength range(UV) and visible (VIS) to near-infrared (NIR)

12■Descanned confocal detector■Non-descanned detector (NDD)■Easy & efficient, multi-color 3D intravital imaging■Deeper-tissue 3D intravital imaging
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Expertise in intravital in vivo imaging
IVIM Technology provides dynamic 3D imaging of various cellular-level dynamics suchas cell trafficking, cell-cell interaction and cell-microenvironment interaction inside

Why IVIM Technology Research Service?

IVIM Technology Offers a One-Stop
Total Solution for Intravital Imaging

the living body in vivo , as well as the ADME studies such as direct imaging analysis of
the drug delivery to target tissue and cell, drug efficacy and mode of action (MOA) in
microscopic cellular-level in various preclinical model providing a new insight in theprocesses of human disease development.
Consulting
Intravital
Imaging
Experiment

Image
Processing& Analysis
Final Report+ Thymus, Lymphatics, Microcirculation … etc.

IVIM Technology is the worlds first company providing All-in-One intravital microscope

In vivo
Imaging
Using target
compoundInternal
Evaluation
Validation &Optimization

Utilizationof Animal
ModelsSpecific toyour projectin a small box with the best intravital imaging performance. All-in-One single box
package enables easy installation, operation and maintenance. It has co-optimized
software and hardware for superb in vivo imaging performance with ultrafast imaging
speed up to 100 fps.
Together with automatic, hassle-free motion compensation function and various
accessories such as live animal maintenance system and imaging windows for widerange of applications, users can easily get the high-quality in vivo data without any
limitation in live imaging of various organs.

1415Key Applications: Case Study 1

Key Applications: Case Study 2

Longitudinal Brain Tumor Imaging

Longitudinal Abdominal Organ Imaging

Intravital Imaging of Brain

Intravital Imaging of Abdominal Organs
Day9

Day12

- Monitoring of cellular behavior inpancreas and spleen

Day15

Objectivelens

Pancreas
Objective
Lens

Cranialwindow

Stereotactic
mount

1mm
Cover
glass

Plate
heaterAbdominal
Imaging
chamber
GL261-GFP
TRITC-dextran

Tilting
mount

Imaging
chamberholderCranial Imaging Window- Longitudinal intravital imaging of orthotopic
glioma, GL261

Islet β cell (MIP-GFP)
Vessel (Evans Blue)

Monocyte/DC (CX3CR1-GFP)
Vessel (TAMRA-dextran)

MIP-GFP mouse- endogenously
expresses GFP inpancreatic beta-cells
under the control ofmouse insulin 1
promotor.

CX3CR1-GFP mouse- endogenously expresses
GFP in monocytes,
macrophage, brain
microglia and DCs undercontrol of endogenous
Cx3cr1 locus.

| Objective |in the same brain imaging area in the same

| Objective |of endogenous monocytes and dendritic cell

Intravital Brain imaging technique utilizing amouse model over 15 days.

For abdominal organs, we utilized abdominalin spleen, And visualize pancreatic islet b cell

Cranial window can be applied to brain tumor

IVIM Technology`s intravital microscope

imaging window for longitudinal in vivousing MIP-GFP Tg mouse. The cell dynamics

imaging research.

imaged the number of Glioma cells increased

monitoring of internal organs such as

and the development were monitoredwith the round cell morphology over the

pancreas, spleen, and kidney.

in long-term basis by utilizing abdominal| Result |16

Spleendays of tumor growth.

imaging window.

We’ve implanted the glioma cells to the| Result |brain and monitor the tumor development

We could visualize real-time cellular dynamics

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Key Applications: Case Study 3

Longitudinal Cancer Xenograft Imaging

QUALITY CAN BE IMAGED...

Intravital Imaging of Lung and Breast
Rectal
Probe

Day 0

Objective
Lens
Chamberholder

DorsalSkinfold
Chamber

H460-GFP
Vessel (TMR-dextran)

Day 4

HeatingPad

2 hours

6 hours

24 hours- Monitoring of nanoparticle delivery to
triple-negative breast cancer, MDA-MB-231
TAMRA
dextranH460-GFP(0.1 mil / 20 μL)

MDA-MB-231-GFP
Nanoparticle
Vessel (CD31)

50 μm

SC. Injection of H460-GFP Intravenous Injection of(Human Lung Cancer;
Tetramethyl-rhodamine
NSCLC)
dextran| Objective || Result |In vivo monitoring and analysis of the drug

IVIM Technology implanted the tumor cells

efficacy in tumor including quantitativeand monitored the development of tumor

analysis of angiogenesis, vessel dilation

on site and investigated drug delivery andand measuring real-time blood flow in one

distribution to the target breast cancer in asingle mouse model over time.

long-term manner.

www.ivimtech.com
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IVIM Technology Makes The Difference
IVIM Technology`s
Conventional
Ultrafast Polygon Resonant Galvano
Scanning
Scanning

Ultrafast Rotating Polygonal Mirror Scanner■Ultra-high speed (up to 100 fps, 512x512 pixels)■Improved image quality without wasting excessive photons■Uniform excitation illumination over entire imaging field of view (FOV)■No reduced fluorescence signal and signal-to-noise ratio (SNR) at center area of FOV■No excessive photobleaching at edge area of FOV■Uniform high signal-to-noise ratio over entire FOV

Ultrafast Uniform Laser-beam Scanning
4D Integrated Motion Artifact Compensation■‌Automatic hassle-free and high-precision
motion compensation■‌I mmediate acquisition of motioncompensated imaging results by GPUassisted parallel computing of algorithm
processing

Frame #2

A
A
A
A

Frame #4

Corrected
Frame #3
Corrected
Frame #4A

Frame #1

Frame #3

Corrected
Frame #1
Corrected
Frame #2

Moving Live Tissue■Upgraded imaging algorithms that enable animal motion compensation

Customized System

Ergonomic Design, Reduced Space■‌IVM-Customized system provides the researcher with the most appropriate free space■‌Ergonomic design integrated all the essential features necessary for hands-free

intravital microscopy.

imaging in high speed and resolution.

■‌According to the needs of the research and the researcher, the apparatuses such as■‌Upgraded apparatuses for heating, anesthesia, window chamber observation, and longtime

the objective lens rotation system (for brain imaging, etc), retina imaging objective andinspection to keep the physiological conditions of the animal stable in the best possible way

GRIN Lens Endo-Microscope can be easily installed.

■‌Minimum space requirements

Consulting and Research Service■‌Only company offers both the intravital microscopy equipment and intravital imaging
research service■‌On-site free demo service and consulting■‌Imaging experiments on IVIM Technology`s facility without the need to buy the device

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SPECIFICATIONS

Confocal Laser Unit •405 nm (20mW), 488 nm (20mW), 561 nm (20mW), 640 nm (20mW)

Fluorescence
Detector

Scan
Head

Imaging
Head
Image

Animal /Sample Stage

Compact
Two-Photon
Laser Unit
Confocal
Detector

Two-Photon
Detector

AnimalMotionCompensation•Ti : Sapphirelaser•Wavelength: 690-1050 nm, Pulse width < 75 fs, Rep. rate: 80 MHz•Avg. power > 2.5 W, Dispersion compensation: 0 to - 49,000 fs²•Air cooled fs-fiber laser system with bulit-in power control•Wavelength: 920 nm, Pulse width < 150 fs, Rep. rate: 80 MHz•Avg. power > 0.8 W, Dispersion compensation: 0 to - 22,000 fs²•Wavelength: 185 - 900 nm (DAPI, CFP, GFP, YFP, RFP, Cy5, Cy5.5, etc.)•4 Ultra-broadband high SNR PMTs (UV to Near IR, Ultra High Sensitivity, Low Dark Current)•25-2,000 μm variable pinhole•Wavelength: 185 - 760 nm (DAPI, CFP, GFP, YFP, RFP, Cy5, Cy5.5, etc.)•4 High quantum efficiency PMTs (UV to Near IR, Ultra High Sensitivity, Low Dark Current)•Body Temp. Monitoring & Feedback Heater Control, including tablet PC
Live Animal
Maintainance Unit •4CH Rectal Probe, Body Plate Heater, Thermometer Sensor & Cover Glass Heater

Additional
In vivo
Modules

Variable Emission•2 or 6 emission filters can be mounted on each of four detectors
Filter (Optional)
Scanner
Objectives
FOV

Pixel Resolution
Imaging Speed
3D StageSpecimen
Holder

4D In vivo
Imaging Motion
Compensation

In vivo Imaging
Chamber

Inhalation Anesthesia •Whole Rodent Animal Inhalation Anesthesia System•Anesthesia Mask and Connections
System•Polygonal mirror (Fast axis scanning, Max. 66 kHz)
•Galvano scanner (Slow axis scanning, Max. 200 ㎲ /step)•Max. 5 objectives are mountable on S/W controlled motorized turret (1X – 100X)•Compatible for commercial objectives•100 x 100 ㎛ ² - 10 x 10 mm²

Engine& Studio
Software•Max. 2,048 x 2,048 pixels

Image Display

In vivo
Imaging Mode

•Independent 4 single channel display (RGBA channel)•Overlay channel display (Selection among RGBA channel)•Mosaic imaging (XY), Z-stack imaging (Z), Time-lapse imaging (T)•Time-lapse imaging at Multi-position (T- M),•Time-lapse & Z-stack imaging (TZ),•Time-lapse & Z-stack imaging at Multi-position (TZ- M)•Standard : 30 fps @ 512 x 512 pixels•(Optional) High Speed: 60 fps @ 512 x 512 pixels•(Optional) Ultra High Speed: 100 fps @ 512 x 512 pixels•Travel Range : 50,000 x 50,000 x 75,000 ㎛ (XYZ)•Micromanipulation (Max. 0.2 ㎛ resolution)•3-axis independent control with Jog Dial & IVM Engine software•Flexible-design universal in vivo / ex vivo / in vitro specimen holder can be mounted•(Optional) Homeothermic warming system, Holders for window chamber

IVM-C3/ MS3/ CMS3 Size Information

IVM-M3/ CM3 Size Information

IVIM Technology
630 x 880 x 490(W x L x H)

1,000 mmWork table

750 mm

Anti-vibration table

1,000 mm

750 mmWork table

Anti-vibration table

IVIM Technology
630 x 880 x 490(W x L x H)

Laser control units

fs-pulsed Laser(Head)

fs-pulsed Laser(Cooler)

370 x 800 x 180(W x L x H)

fs-pulsed Laser(Controller)

1,000 mm
750 mm22•Standard Dorsal Skinfold Chamber SET•Lung Imaging Chamber SET•Cranial Window SET•Abdominal Imaging Window SET•Pancreas Imaging Window SET•Mammary Imaging Window SET•Heart Imaging Window SET

1,000 mm

Laser

TunableTwo-Photon
Laser Unit

•XY motion compensation : Averaged image acquisition with motion artifact compensation•Z motion compensation : Image-based sample Z position adjustment for long-term intravital microscopic
imaging & sample tracking (Feedback-loop automatic stage control)•T motion compensation : Image-based image XY position adjustment for long-term intravital microscopic
imaging & sample tracking (Feedback-loop automatic stage control)•Combination of above three compensation for 4D in vivo motion compensation•Controllable by IVM Engine software

1,200 mm

600 mm23

Recent Publications

IVIM Technology All Around The World

Intravital Imaging of Various Organs in Human Disease Animal Model
Lung- S. B. Kim, et. al., J. Cell Biology, 216(7):2201 (2017)- ‌I. Park, et. al., European Respiratory Journal, 53:1800736 (2019)- ‌I. Park, et. al., Biomedical Optics Express, 9(5):2383-2393 (2018)

Brain

Liver
- ‌J. Moon, et. al., Med Laser, 10(1):1-6 (2021)- ‌J. Moon, et. al., Biomed. Optics Express, 11(9):5132-5146 (2020)- ‌B. Oh, et. al., Diabetes, 67(3):473-485 (2018)- ‌Y. Hwang, et. al., Biomed. Optics Express, 8(10):4706-4716 (2017)- ‌H. Choi, et. al., pharmaceutics, 14(3), 672 (2022)- ‌Y. Kim, et. al., Front Cell Dev Biol, 8:613733 (2020)- ‌J. Ha, et. al., Front Mol Biosci, 24(7):596366 (2020)- ‌J. Lee, et. al., Biomed. Optics Express, 11(8):4835-4847 (2020)

Bone Marrow- ‌S. Ahn, et. al., FASEB BioAdvances, 00: 1- 13 (2022)- ‌S. Ahn, et. al., PLos ONE, 12(11):e0187660 (2017)

Lymph Node

Pancreas- ‌S. Jeong, et. al., J Control Release, 335(10):86-102 (2021)- ‌I. Park, et. al., Diabetes & Metabolism Journal, 44:193-198 (2020)

Spleen

Prostate- ‌H. Choi, et. al., Science Advances, 6(15):eaa6980 (2020)- ‌S. K. Ghosh, et. al., Cancer Research, 70(15):6119-6127 (2010)

Eye / Retina

Kidney- ‌J. Jeon, et. al., Trans. Vis. Sci. Tech., 10(4):31 (2021)- ‌H. Kim, et. al., Trans. Vis. Sci. Tech., 9(6):20 (2020)- ‌J. Kim, et. al. Science Advances, 5(2):eaau6732 (2019)- ‌S. Ogura, et. al., JCI Insight, 2(3):e90905 (2017)- ‌S. Kim, et. al., Kidney International, 100(3), 570–584 (2021)- ‌E.M. Lee, et. al., Islets, 10(1):25-39 (2018)

Skin

Bladder- ‌K. Kim, et. al. Adv. Funct. Mater. 31:2103413 (2021)- ‌H. Kwak, et al. Vaccine, 37(36):5191-5202 (2019)- ‌J. Ahn, et. al. Biomedical Optics Express, 9(8):3974-3982 (2018)- ‌J.Y. Kim, et. al., ACS Nano, 12(7):6904-6916 (2018)- ‌H. Yu, et. al., Biomaterials, 280:121277 (2022)

Thyroid gland- ‌J. Y. Jang, et. al., EMBO Molecular Medicine, 9:750 (2017)

Tumor Models- ‌J. Kim, et. al., Molecular Oncology, 16(2):466-484 (2022)- ‌J. Xu, et. al., Small, 14(50):1803601 (2018)

Drug Delivery and Efficacy (MOA, ADME Studies)
Microcirculation / Blood Cell Flow- ‌J. Jeon, et. al., Trans. Vis. Sci. Tech., 10(4):31 (2021)- ‌I. Park, et. al., European Respiratory Journal, 53:1800736 (2019)- ‌I. Park, et. al., Biomedical Optics Express, 9(5):2383-2393 (2018)- ‌Y. Hwang, et. al., Biomed. Optics Express, 8(10):4706 (2017)- ‌J. Y. Jang, et. al., EMBO Molecular Medicine, 9:750 (2017)

Drug Delivery / Efficacy Monitoring- ‌H. Choi, et. al., pharmaceutics, 14(3), 672 (2022)- ‌S. Kim, et. al., Kidney International, 100(3), 570–584 (2021)- ‌H. Choi, et. al., Science Advances, 6(15):eaa6980 (2020)- ‌I. Park, et. al., European Respiratory Journal, 53:1800736 (2019)- ‌J. Xu, et. al., Small, 14(50):1803601 (2018)- ‌J.Y. Kim, et. al., ACS Nano, 12(7):6904-6916 (2018)- J. Ahn, et. al. Biomedical Optics Express, 9(8):3974-3982 (2018)

Cell Delivery / Transplantation- ‌B. Oh, et. al., Diabetes, 67(3):473-485 (2018)- ‌E.M. Lee, et. al., Islets, 10(1):25-39 (2018)

Endomicroscopy- ‌J. Ahn, et. al., Biomed. Optics Express, 10(6):2719 (2019)- ‌D.Y.Kim, et. al., Scientific Reports, 9:3560 (2019)

IVIM Technology is the only Intravital Microscopy manufacturer providing in vivo
imaging research and consulting services. For more information visit
www.ivimtech.com or send an inquiry to information@ivimtech.com.
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Contact Us!

HIGH QUALITY, VIDEO-RATE
IN VIVO IMAGING
AT THE LOWER COST AND TIME

HQ #B-415, Daedeok BizCenter 17, Techno 4-ro, Yuseong-gu, Daejeon, 34013, Korea
Sales Office #A-1305, Hyundai Knowledge Industry Center, 11, Beobwon-ro 11-gil, Songpa-gu, Seoul, 05836, Korea

Webpage www.ivimtech.com
Email information@ivimtech.com
TEL +82-2-431-7450
FAX +82-2-3400-0450

Global Business Partners

information@ivimtech.com

HQ #B-415, Daedeok BizCenter 17, Techno 4-ro, Yuseong-gu, Daejeon, 34013, Korea
Sales Office ‌#A-1305, Hyundai Knowledge Industry Center, 11, Beobwon-ro 11-gil,
Songpa-gu, Seoul, 05836, Korea
IVIM Technology, Inc. All rights reserved.

Webpage www.ivimtech.com | Contact information@ivimtech.com
TEL+82-2-431-7450| FAX +82-2-3400-0450