Description
The MPC-series multiphoton multimodal imaging platform represents the pinnacle of modular imaging technology, offering unparalleled flexibility and customization. Designed to interface seamlessly with any femtosecond laser, this platform supports both 2- and 3-photon imaging, making it an ideal choice for researchers who demand precision and adaptability. Whether you choose to integrate your own laser or opt for Prospective Instruments' integrated femtosecond laser, the MPC-series ensures a tailored fit for your specific imaging needs.
One of the standout features of the MPC-series is its highly configurable scanhead, which can be installed on an XYZ-stage in any orientation—upright, inverted, or even at oblique angles. This flexibility allows users to design a multiphoton microscope that aligns perfectly with their research objectives and budget constraints. The modular design not only facilitates easy configuration but also supports future upgrades, ensuring that your investment remains cutting-edge as new technologies emerge.
The MPC-series seamlessly combines the integrated design of the MPX-series with the versatility of fluorescence microscopes. By utilizing the Evident® (Olympus) fluorescence illuminator, users can enhance their setup with various components from the Evident® (Olympus) ecosystem, such as tube lenses or filter wheels. This integration empowers researchers to expand their imaging capabilities and adapt to evolving scientific demands.
In summary, the MPC-series multiphoton microscopes are a turn-key solution that offers unmatched flexibility and compactness. With its customizable features and compatibility with a broad range of laser sources and fluorescence detection systems, the MPC-series is poised to support a wide array of research applications, from deep tissue imaging to whole slide imaging and beyond. This platform is not just an imaging tool; it's a gateway to new scientific discoveries.
MPC-Series Multiphoton Microscope: Customizable, Multimodal Imaging Platform
Specifications
| Laser Source Wavelength: | 680 nm |
|---|---|
| Laser Power Control Range: | 0.5 – 100 % |
| Lateral Scan Type: | Galvo, Resonant |
| Z Scan Type: | Translation Stage |
| Scan Size: | 2048 – 2058 pixels |
| Objective Revolver: | Yes |
| Signal Detection: | PMT(s), HDD(s), SiPM(s), SPAD(s) |
| Wavelength Range: | 680nm to 1750nm |
| Detection: | Up to 4 PMTs, HDDs, SiPMs or SPADs |
| Field Of View (FOV): | 20 mm diagonal square (max) at the intermediate image plane |
Features
- 2D/3D/4D Imaging: Advanced imaging capabilities for comprehensive analysis.
- In-vitro & In-vivo: Suitable for both laboratory and live organism studies.
- Whole Slide Imaging: Capture entire slides for detailed examination.
- Label-free & IHC/ICC: Compatible with both label-free and immunohistochemistry/immunocytochemistry techniques.
- Non-destructive: Preserve samples while obtaining high-quality images.
- Deep Tissue Imaging: Ideal for penetrating deeper layers of tissue.
- Pathology & Cancer: Designed for applications in pathology and cancer research.
- Neuroscience: Perfect for detailed brain studies and neurological research.
- Optogenetics: Supports optogenetic applications for advanced research.
- Tissue Engineering & Bioprinting: Facilitates studies in tissue engineering and bioprinting.
- Spheroids/Organoids: Suitable for 3D cell culture models like spheroids and organoids.
- Highly Customizable: Modular design allows for tailored configurations and future upgrades.
- 3-Photon and THG-ready: Prepared for advanced imaging techniques such as third-harmonic generation.
- Custom-designed Laser Scanning Optics: Achromatically compensated optics from 680nm to 1700nm.
- Ultra-sensitive Detection: Up to 4 GaAsP PMTs with low dark count rate for high sensitivity.
- Compatible with Evident (Olympus) Products: Integrates seamlessly with Olympus fluorescence components.
- Open Frame Design: Allows for easy upgrades and additional features.
- Optimized Fluorescence Detection: Large collection angle with 2" optics for enhanced detection.
- Broad Range of Applications: Suitable for various research fields including neuroscience, cancer, and tissue engineering.
Applications
- 2D/3D/4D Imaging
- In-vitro & In-vivo
- Whole Slide Imaging
- Label-free & IHC/ICC
- Non-destructive
- Deep Tissue Imaging
- Pathology & Cancer
- Neuroscience
- Optogenetics
- Tissue Engineering & Bioprinting
- Spheroids/Organoids
Frequently Asked Questions
What types of imaging can the MPC-series multiphoton microscopes perform?
What laser compatibility does the MPC-series offer?
How customizable is the MPC-series multiphoton microscope?
What detection capabilities does the MPC-series have?
What are the scanning options available in the MPC-series?
What applications are suitable for the MPC-series multiphoton microscopes?
What additional features does the MPC-series offer for fluorescence detection?
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