Multimodal Imaging

Your Professional Multimodal Imaging Supplier

Guangzhou G-Cell Technology Co., Ltd. is an innovative technology enterprise founded by relying on Tsinghua University Shenzhen Graduate School, Southern University of Science and Technology, and South China Normal University, and we focus on the application of optical imaging technology in the field of life sciences. For units in related application directions, we can provide you with professional optical imaging equipment and solutions.

Advanced equipment
As a cross-border combination of the laboratory equipment industry and the Internet industry, the company is committed to creating a new generation of laboratory intelligent equipment.

Independent research and development
Under the innovation of a strong technical research and development team, GCell products all adopt independent research and development, independent production, independent patents, and have passed a number of certifications such as software monographs and utility model patents.

Software Advantages
Software tuning is carried out based on the usage habits of scientific research users, and the results are exported according to the requirements of scientific research articles and reports. The slice preview information can be retrieved at any time, and the format conversion of panoramic results is supported, which is convenient for the universality of result analysis.

Professional Team
We have a professional pre-sales application team with professional biological knowledge, which can match your experimental application and recommend suitable product equipment. At the same time, it also has a group of experienced industry sales, which can bring you the best quality sales experience.

Parameter

Product Model	GPA-US	GUS	GOCT-US	G0CT
Imaging modality	PAE&US	US	OCT&US	OCT
Application	Cardiovascular, digestive system, otolaryngology	Digestive system, ear, nose and throat, urinary system	Cardiovascular, Digestive System, ENT	Cardiovascular, Digestive System, Ear, Nose and Throat, Cranial Nervous System
Scan angle/ Retraction distance	360°/80 mm	360°/40 mm	360°/ 80 mm	360°/80 mm
Scan mode	2D/3D	2D/3D	2D/3D	2D/3D
Probe frequency	12/20 MHz	12/20 MHz	12/20 MHz	/
Imaging speed	30 fps	30 fps	30 fps	100 fps
Resolution	(PAE) transverse≤15μm,axial≤65μm (US)axial≤65μm	Axial:≤65μm	(OCT) transverse≤20um,axial≤8um (US)axial≤65μm	Transverse≤20um, axial≤8 um
Imaging depth	PAE≥3mm US≥30 mm	≥30 mm	OCT≥ 3mm US≥30 mm	≥3mm
Catheter diameter	1.0/2.5 mm	0.7/2.1/2.5 mm	1.0/2.5 mm	1.0 mm
Tube selection	Standard, balloon, guidewire	Standard, balloon, guidewire	Standard, balloon, guidewire	Standard, balloon, guidewire

Types of Multimodal Imaging

The multimodal imagings produced by our company mainly include the following types:

Small Animal In Vivo Imaging System

Small Animal In Vivo Imaging System is a specialized instrument used in preclinical research to visualize and analyze biological processes within living small animals, like mice and rats, without harming them. These systems are crucial for studying disease progression, treatment efficacy, and underlying biological mechanisms in a non-invasive manner.

Multimodal Endoscopic Imaging System

A Multimodal Endoscopic Imaging System is a medical device that combines the advantages of different imaging techniques within a single endoscopic system. This allows clinicians to obtain more comprehensive and detailed information about the internal structures of the body than using a single imaging modality alone.

Advantages of Multimodal Imaging

Photoacoustic, Ultrasound Multimodal Imaging
Photoacoustic imaging based on specific endogenous or exogenous light absorbing substances such as pigments, blood vessels, lipids, and nanoprobes. Ultrasound imaging based on acoustic impedance differences.

Micron-Level Resolution, Millimeter-Level Imaging Depth
Photoacoustic microscopy breaks through the diffraction limit of traditional optical imaging,and the imaging depth is up to 6 mm. At deeper imaging depths,high resolution at the optical level can still be maintained with an accuracy of 3 μm.

3D image information is analyzed layer by layer
Through the real-time 2D tomographic data display overlay, the 3D structural images of the local tissue can be further obtained, and the 2D and 3D images can be further analyzed by using data processing software.

Non-invasive, label-free imaging
Only a small amount of water (couplant) is applied to the imaging site to match the signal, and non-invasive imaging of the test site can be achieved without the injection of contrast agent.

Heating-anesthesia-integrated small animal fixation table
Integrated heating-anesthesia device specifically designed for better protection of model animals.

Applications of Multimodal Imaging

Cancer Research

Multimodal imaging techniques can be used to study tumor growth, progression, and response to treatment.

Neurological Disorders

Multimodal imaging techniques can be used to study brain structure and function in neurological disorders such as Alzheimer's disease and Parkinson's disease.

Cardiovascular Disease

Multimodal imaging techniques can be used to study cardiovascular structure and function, allowing for the early detection and monitoring of cardiovascular disease.

Multimodal Imaging Techniques and Modalities

PET/CT

Combines functional information from PET with anatomical details from CT.

PET/MRI

Integrates functional and molecular information from PET with high-resolution anatomical images from MRI.

Optical and acoustic imaging

Combines optical and acoustic modalities to visualize tissue properties and molecular processes.

Photoacoustic imaging

Uses laser pulses to generate acoustic signals, providing high-resolution images of tissue structures and functions.

Packaging and Shipping

Packaging	Logistics packaging filled with soft foammake sure the instrument reaches you in good condition.
Shipping	Shipping by sea, by air, by express are acceptable. According to your requirements.

Cooperative Units

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FAQ

Q: What are multimodal imaging techniques?

A: Multimodal imaging (MMI) is defined as the incorporation of two or more imaging modalities during the same examination in order to produce radiologic clichés of the same patient with different information content, possibly overcoming limitations of single examinations.

Q: What is the role of multimodality imaging?

A: Multimodality imaging can be a powerful tool for the simultaneous evaluation of both anatomic and functional information and may potentially improve patient management, leading to better patient outcomes.

Q: What are the principles of multispectral imaging?

A: Physical Principles of Multispectral Imaging. Multispectral imaging is based on spectroscopy and optics. Each object has its own spectral fingerprint, which reflects the wavelengths of light that are absorbed, reflected, or transmitted through that object.

Q: What is the difference between RGB and multispectral imaging?

A: While the RGB orthomosaic provides a visual reference and allows the computation of a digital surface model, the multispectral sensor provides additional bands in the near-infrared (NIR) and red-edge wavelength range (centre wavelengths 840 nm and 717 nm, respectively).

Q: How many bands are in multispectral imaging?

A: Most multispectral imagery contains 4–12 bands in the visible to the infrared portions of the electromagnetic spectrum. According to a USGS report, multispectral images may contain up to 36 wavelength bands.

Q: What is the difference between panchromatic and multispectral images?

A: With the intrinsic constraint, the panchromatic (PAN) image can provide a high spatial resolution. But it is composed of only one band. The multispectral (MS) image possesses several spectral bands and contains abundant spectral information. The spatial details in the MS image are inferior to those in the PAN image.

We're professional multimodal imaging manufacturers and suppliers in China, specialized in providing high quality products with low price. We warmly welcome you to buy customized multimodal imaging made in China here from our company. Contact us for quotation.

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