Image Splitters and Collimating Emission-Port Adapter
Dual View Quad View Dual-Cam XT-tender

capture 2 images using 1 detector,  mounts to almost any microscope and camera

Quad View image splitter

Simultaneous acquisition of 2 full field-of-view fluorescence emission images in a single snapshot using 2 cameras.

The X-tender creates collimated infinity space at emission port of microscope for emission filter wheels
The Photometrics DualView Simultaniously captures and produces multiple, non-overlapping images on a single camera. The spectral and/or polarization properties of any object can be investigated using spectral filters / polarizers. The new Quad- View model produces up to four images with a single exposure.

See "how does it work"

See "Filter Chart"
The QV2 allows simultaneous acquisition of up to four emission channels in a single exposure. The QV2 uses a series of beamsplitters to split the emission light from a microscope into four separate channels. All four channels are projected onto the CCD at the same time.is critical for quantitative analysis of emission ratiometric data.

See Filter Selection Chart

Simultaneous acquisition of 2 full field-of-view fluorescence emission images in a single snapshot using 2 cameras. It uses the same filter cube as Dual-View and supports independent fine focus adjust for each image and click-out filter cube to send 100% to one camera.

See "how does it work"

See Filter Selection Chart
The X-tender, C to C mount optical adapter creates collimated infinity space at emission port of microscope for emission filter wheels. This adapter eliminates parfocality mismatch, point spread function distortion, and filter bandpass variation problems. The device mounts to almost any microscope and any C-mount camera.


See "how does it work"
Download:
DUAL VIEW Brochure
QUAD VIEW Brochure
SPECIFICATIONS SPECIFICATIONS