Intelligent Imaging Innovations, Inc.
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Model Marianas SDC -Super-Resolution Spinning Disk Confocal Microscopy System
Yokogawa spinning disk confocals utilize a dual Nipkow disk with microlenses for the best optical sectioning and minimal pinhole crosstalk. This proven technology is the best solution for live cell imaging where optical sectioning and cell viability are both critically important.
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- Highest speed imaging at up to 2000fps
- Field of view for 7mm x 10mm detectors
- 50µm pinhole disk with microlenses
- Manual and motorized versions
CSU-W1
- High speed imaging up to 200fps
- Wide field of view 16mm x 17mm
- 25µm and 50µm pinhole disks for lower and higher magnification objectives
- Motorization including disk exchange, variable aperture, camera port selection and camera port magnification
- Options for split-view imaging, NIR imaging, illumination field flattening and super-resolution imaging
Uniformizer | Illumination Field Uniformity
For exceptionally even illumination across the entire field, Uniformizer conditions the gaussian beam from the illumination fiber optic to distribute light evenly across the field. Using a set of microlens arrays, Uniformizer flattens the field to as little as 1% variance and boosts overall intensity up to 50%.
- Imaging Speed : 200 fps
- Wavelength Range : 405nm to 640nm Excitation
- 420nm to 680nm emission
- XY Resolution : 150nm
- 120nm with deconvolution
- Z Resolution : 320nm
- 300nm with deconvolution
- Field of View 63x Objective and 4x Relay Magnification : 67µm x 63µm
- Field of View 100x Objective and 2.8x Relay Magnification : 61µm x 57µm
Ablate! Laser Ablation System
- 355nm or 532nm pulsed laser
- Fixed point or salvo-scanned variable region of interest
- 2D or 3D regions
- Diffraction limited spot
Vector2 Scanning Photomanipulation
- Photoactivation/FRAP
- Galvo-scanned variable region of interest
- 2D or 3D regions
- Diffraction limited spot
Phasor Holographic Photomanipulation
- Spatial light modulator-generated holography for optogenetics stimulation/FRAP/voltage imaging
- Simultaneous 3D stimulation of multiple, separate regions
- Visible and multiphoton stimulation without scanning