Brief Introduction

The MPX-series multi-photon multimodal imaging platform is based on a modular concept.We offer three standard models where each can be upgraded with various options and accessories, as well as entirely custom designed setups - to completely maximize the utility. This offers every user the unique flexibility to design a multiphoton microscope tailored to their specific need and budget.

With the integrated modalities, micro and macro level sample sizes and different resolutions, this microscope offers refined multifunctionality. The scanhead can be mounted in various configurations. With minimum effort it can be modified to inverted, horizontal or placed at oblique angles. The modular and flexible layout can be upgraded at a later stage and ensures that extra features can be added over time on the same platform.

Prospective’s MPX combines different imaging techniques in one easy-to-use and portable device: non-linear MP (two-photon, SHG & THG) and widefield epifluorescence and fluorescence lifetime imaging to maximize informational content, ranging from single cells up to living in upright and inverted configuration.

Combines high-performance wide field epi-fluorescence andmultiphoton imaging in a single fully flexible 360-frontend (scanhead).

Product Characteristics

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  Most compact & portable plug&play turn-key widefield and two-photonmicroscope in the market.

• Combines high-performance wide field epi-fluorescence and multiphoton imaging in a single fully flexible 360-frontend (scanhead).

• Precise motorized scanhead motion for imaging at oblique angles.

• Effortless transition from upright to inverted imaging.

• Large working distance under the objective allows large complex setups e.g., for electrophysiology or life support setups for plants or animals or fluidic experiments.

• Air-cooled, no special facility requirements or laboratory construction needed, and minimal installation space.

• Fiber delivered, built-in dual wavelength tuneable femtosecond laser, therefore lowers safety risk from free-space beam and ensures permanent alignment.

• No costly service contract necessary; fiber laser components are proven the most reliable with a low failure rate.

• Microscope and femtosecond laser designed and integrated together from one manufacturer, which reduces your risk, turnaround time, cost and componentconfusion.

• Modular design allows expandability and upgradable options, e.g. 3P, FLIM, CARS, SRS, etc., so the microscope can be updated and grow with your research.
  

  
  

Application Fields

• Live animal in-vivo/intravital imaging: Mouse & fish model

• Whole organ imaging: Drosophila brain, mouse brain

• 3D cell cultures: Organoids, Spheroids

• Tissue engineering & bioprinting

• 2D whole slide imaging: for tissue imaging (e.g. skin, colon, liver, kidney) and drug distribution and delivery (e.g. in mouse)

• 3D whole slide imaging: tumour resections

• 2D and 3D label-free imaging: collagen signatures in tumour-tissue, muscle imaging, collagen-scaffold imaging

• Plants biology: root growth, nuclear organization in petals