InSplorer nonlinear micro-endoscope fully integrated system

The InSplorer is a compact, flexible multiphoton endoscope designed for nonlinear imaging. Its plug-and-play system integrates all optics and control electronics in a movable cabinet, with options for an internal femtosecond-pulse laser or fiber delivery for external laser adaptation. Capable of imaging modalities such as 2PEF, 3PEF, SHG, THG, and coherent Raman processes, the InSplorer is ideal for diverse imaging applications in research and industry.

SKU: 0201 Category:

Cabinet properties

Dimensions : 78 cm (L) x 59 cm (W) x 135 cm (H) (without PC monitor and keyboard arm)

Integrated modules : control PC, electronics, integrated laser (optional), source injection/collection optics module, calibration module

Beam delivery : possibility to deliver source from tabletop laser to the cabinet through a delivery fiber

Electronics included

Position sensing detector (PSD) : for scanner calibration

CMOS camera : for fiber injection

Amplifiers : for scanner control

AOM control (optional) : for laser power control

Detector control

Acquisition card(s)

Probe properties

Fiber optical properties : see FemtoGuide fiber, GRIN functionalization, and double cladding

Endoscope proximal connection : FC/PC connector

Flexible length : 2 – 5 m

Head rigid length : 40 – 60 mm

Head external diameter : 2 – 3.5 mm

Imaging properties

Field of view (FoV) : 50-600 µm

Working distance (WD) : 200-600 µm

Acquisition rate : 1 – 10 IPS

Modalities : 2PEF, SHG, CARS, 3PEF, THG

CARS, 3PEF, and THG modalities are currently only achievable using outside laser sources. Integrated source will be available soon.

Micro-lenses objective option

Magnification : 0.63

Numerical aperture : 0.45

Maximum FoV : 600

Maximum WD : 600

GRIN objective option

Magnification : 0.22

Numerical aperture : 0.7

Maximum FoV : 250

Maximum WD : 300

If you require more options, contact us to discuss your project !

Laser

"Toptica FF ultra 920 nm", "No integrated laser"

Micro-objective

"Micro-lenses based", "GRIN lens based"