All Categories

History

In Vivo 3D Photoacoustic/Fluorescence Imaging System TriTom-TriTom
In Vivo 3D Photoacoustic/Fluorescence Imaging System TriTom-Tokyo Instruments, Inc

In Vivo 3D Photoacoustic/Fluorescence Imaging System TriTom
Tokyo Instruments, Inc


About This Product

Simultaneous measurement of three-dimensional photoacoustic (photoultrasound) tomography (PAT) and fluorescence molecular tomography (FMT) for small animals. Non-clinical small animal imaging equipment.

■Summary

The in vivo 3D photoacoustic and fluorescence imaging system "TriTom" uses photoacoustic fluorescence tomography (PAFT) technology to perform whole body imaging and in vivo characterization of mice and rats. Enables simultaneous photoacoustic tomography (PAT) and fluorescence molecular tomography (FMT) measurements for 3D, multimodality, high-resolution imaging. The innovative and compact configuration allows simultaneous acquisition of orthogonal photoacoustic and optical images. This platform provides high-resolution, anatomical measurements of optical biomarkers while maintaining high molecular sensitivity. Preclinical research has potential applications in a wide range of fields including cancer, toxicology, tissue engineering and regeneration, cardiovascular system, and developmental biology.

■Features

・Triple analysis Anatomical - skin, deep blood vessels, internal organs and tissues Functional - e.g. local lymph drainage Molecular – e.g. tumor total hemoglobin ・sCMOS camera that measures fluorescence and bioluminescence with high sensitivity ・Temperature control unit controls sample environment within ±0.1℃ ・Water control unit that provides optimal acoustic wave coupling by controlling cleanliness and temperature ・Precision rotary stage that enables tomographic scanning of samples

■Application

・Photoacoustic tomography (PAT) ・Fluorescent molecular tomography (FMT) ・Selective abdominal, pelvic, chest, and skin tomography ・Imaging of blood vessels and organs ・Imaging using optical probes such as dyes and nanoparticles ・Imaging with far-infrared and near-infrared fluorescent probes

  • Product

    In Vivo 3D Photoacoustic/Fluorescence Imaging System TriTom

Share this product


10+ people viewing


Free
Get started with our free quotation service - no cost, no obligation.

No Phone Required
We respect your privacy. You can receive quotes without sharing your phone number.

1 Models of In Vivo 3D Photoacoustic/Fluorescence Imaging System TriTom

Image Part Number Price (excluding tax) Quantum efficiency Measurement area Measurement time Measurement mode Measurement Fluorescent molecular imaging 3D imaging Fluorescence imaging filter Repetition frequency Wavelength range Detector Maximum energy Sensitivity wavelength range Photoacoustic imaging 3D imaging Frame rate Number of pixels Pulse width (FWHM) Number of channels Dynamic range Excitation wavelength for skin imaging Image field of view Imaging resolution Measurement points per scan
In Vivo 3D Photoacoustic/Fluorescence Imaging System TriTom-Part Number-TriTom

TriTom

Available upon quote

35~80%

30×30×30mm

36 seconds (single wavelength/3D)

Continuous measurement Multi-wavelength measurement

Photoacoustic imaging and simultaneous measurement

Fluorescence bioluminescence

Can carry 11 sheets

10Hz high repeatability

670~2,600nm High-speed wavelength sweep option available

SCMOS

150mJ

400~900nm

Vascular system Internal organs Skin

25fps

2,048×2,048 elements

5ns

96

16bit

532nm

50×50×50mm

100μm

30,000 points or more

Other products of Tokyo Instruments, Inc

Reviews shown here are reviews of companies.


View more products of Tokyo Instruments, Inc

About Company Handling This Product

Company Overview

Tokyo Instruments, Inc., established in 1981, and headquartered in Tokyo, Japan, is a manufacturer of opto-ele...

See More

  • Japan

This is the version of our website addressed to speakers of English in the United States. If you are a resident of another country, please select the appropriate version of Metoree for your country in the drop-down menu.

Copyright © 2025 Metoree