Description
MPX-Series Multiphoton Microscopes offer a revolutionary approach to imaging with their turn-key, versatile, and multimodal capabilities. Designed for comprehensive 360° imaging, these microscopes are highly modular, allowing for extensive customization with various models, options, and accessories. Whether you are working with zebrafish eyes, drosophila brains, or mouse heads, the MPX-series provides unparalleled imaging solutions for a wide range of biological specimens.
The MPX-series is engineered to support both in-vitro and in-vivo imaging, making it an ideal choice for researchers in fields such as pathology, cancer research, and neuroscience. With its ability to perform label-free imaging and IHC/ICC, the MPX-series ensures non-destructive, deep tissue imaging. This makes it particularly suitable for applications involving spheroids, organoids, and neuronal networks, providing detailed insights into complex biological systems.
Equipped with tunable wavelengths ranging from 765 nm to 940 nm and a fixed wavelength of 1030 nm, the MPX-series offers flexibility and precision in imaging. The built-in femtosecond laser or 3-photon-ready configuration ensures high-quality imaging with minimal dark count rates. The flexible 360° scanhead accommodates inverted, upright, or oblique angle imaging, enhancing the versatility of the system for various experimental setups.
Designed with user-friendliness in mind, the MPX-series is compact and air-cooled, making it a practical addition to any laboratory. The integrated workspace illumination and motorized modality change further streamline the imaging process, allowing researchers to focus on their experiments without unnecessary interruptions. With high NA 2" detection optics and ultra-sensitive GAASP PMTs or SiPMs, the MPX-series ensures exceptional image quality and sensitivity.
In summary, the MPX-series Multiphoton Microscopes are a powerful tool for researchers seeking advanced imaging capabilities. Their modular design, combined with cutting-edge technology, provides a comprehensive solution for a wide array of imaging needs, from basic research to complex tissue engineering and bioprinting applications.
MPX-Series Multiphoton Microscopes: Versatile 360° Imaging for Research
Specifications
| Laser Source Wavelength: | 1030 nm |
|---|---|
| Laser Repetition Rate: | 100 MHz |
| Laser Average Power: | 600 mW |
| Laser Pulse Duration (on Sample): | 140 fs |
| Laser Power Control Range: | 0.5 – 100 % |
| Lateral Scan Type: | Galvo, Resonant |
| Z Scan Type: | Not Specified |
| Scan Size: | 2048 – 2048 pixels |
| Objective Revolver: | Yes |
| Signal Detection: | PMT(s), HDD(s), SiPM(s), SPAD(s), sCMOS |
| Fluorescence Camera Pixel Size: | 6.5 µm |
| Single Wavelength: | 780 / 920 / 1030 nm |
| First Wavelength: | 1030 nm |
| Second Wavelength: | 765 - 940 nm (tunable) |
| Excitation Wavelengths: | 765 nm - 940 nm & 1030 nm |
| Fluorescence Camera Dark Current: | 15 e- / pixel / s |
| Fluorescence Camera Spectral Range: | 370 nm - 1100 nm |
| Fluorescence Camera Quantum Efficiency: | up to 80 % |
| Fluorescence Camera Readout Noise: | 2.1 med e- |
| Laser Source: | built-in femtosecond lasers |
| Scan Size: | Up to 2048 x 2048 pixels |
| Scan Zoom: | 1x to 99x |
| Beam Diameter: | 22 mm |
| Pixel Dwell Time: | 44 ns |
| Scan Speed: | 30 fps at 512 x 512 pixels (8 kHz resonant galvo CRS8K) |
| Pixel Dwell Time: | 0.8 to 32 µs |
| Scan Speed: | 0.3 fps at 2048 x 2048 pixels |
| Scan Speed: | 4.6 fps at 512 x 512 pixels |
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Features
- Turn-Key and Versatile: The MPX-Series Multiphoton Microscopes are highly modular, offering customizable models with various options and accessories.
- Multimodal 360° Imaging: Provides comprehensive imaging capabilities, including widefield, multiphoton, and label-free imaging.
- Broad Range of Applications: Suitable for 2D/3D/4D imaging, in-vitro & in-vivo studies, label-free & IHC/ICC, deep tissue imaging, pathology, cancer research, neuroscience, optogenetics, whole slide imaging, spheroids/organoids, and tissue engineering & bioprinting.
- Tunable Wavelengths: Excitation wavelengths range from 765 nm to 940 nm and 1030 nm, with built-in femtosecond lasers or 3-photon-ready options.
- High NA Detection Optics: Features high numerical aperture 2" detection optics with up to 4 ultra-sensitive GaAsP PMTs or SiPMs, offering low dark count rates in epi or transmission modes.
- Flexible Scanhead: Allows for inverted, upright, or oblique angle imaging with a 360° scanhead.
- Integrated Workspace Illumination: Includes motorized modality change and a motorized 3-position objective revolver for enhanced user convenience.
- User-Friendly and Compact: Designed to be compact, air-cooled, and easy to use, making it ideal for various laboratory settings.
- Advanced Specifications:
- Single wavelength options: 780 / 920 / 1030 nm
- Laser power control with scan speeds of up to 30 fps at 512 x 512 pixels
- High-efficiency collection optics for fluorescence photon detection
- Widefield fluorescence imaging with white-light LED or up to 9 channel solid-state illumination
- sCMOS monochrome fluorescence camera with high quantum efficiency and low readout noise
Applications
- 2D/3D/4D imaging
- In-vitro & in-vivo
- Label-free & IHC/ICC
- Non-destructive
- Deep tissue imaging
- Pathology & Cancer Neuroscience
- Optogenetics
- Whole slide imaging
- Spheroids/Organoids
- Tissue Engineering & Bioprinting
- WIDEFIELD, MULTIPHOTON & LABEL-FREE IMAGING
- 765 nm - 940nm & 1030 nm EXCITATION
- TUNABLE WAVELENGTHS
- BUILT-IN FS LASER OR 3-PHOTON-READY
- HIGH NA 2" DETECTION OPTICS
- UP TO 4 ULTRA SENSITIVE GAASP PMTS or SiPMs WITH LOW DARK COUNT RATE IN EPI OR TRANSMISSION
Frequently Asked Questions
What types of imaging can the MPX-series multiphoton microscopes perform?
What are the wavelength options available for the MPX-FIXED and MPX-TUNE models?
What are the key features of the MPX-series microscopes?
What applications are suitable for the MPX-series microscopes?
How does the MPX-series handle fluorescence imaging?
What is the scan speed and resolution capability of the MPX-series microscopes?
What detection options are available for the MPX-series microscopes?
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