Innovative Microscopy Automation Solutions | WDI Wise Device
Zaber Technologies Inc. Zaber''s Nucleus automated microscope platform empowers OEMs and researchers to easily build high performance microscope systems for demanding biological imaging
HHC Networks delivers optical communication equipment, carrier switches, OTN routers, industrial PoE switches, and smart city infrastructure across Africa and Europe.
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High-speed optical module microscope - HHC Networks & Smart City Solutions [PDF]
Zaber Technologies Inc. Zaber''s Nucleus automated microscope platform empowers OEMs and researchers to easily build high performance microscope systems for demanding biological imaging
These unique features of the OMX BLAZE enable ultrafast live-cell 3D, simultaneous widefield imaging at diffraction-limited resolution with extremely high temporal resolution and rapid, multichannel 3D
System Customization ASI''s RAMM system can be used with our MS-2000 Stages, FW-1000 Filter Wheels, and other items. Custom optical systems can be configured using our Modular Infinity
Experience instant volumetric high-speed imaging of living organisms. Extend your LSM with Lightfield 4D for fast volume acquisition of dynamic processes.
Super-resolution microscopes provide unprecedented resolution and insights into the molecular landscape. Nikon offers a range of super-resolution systems for high-speed imaging applications and
This is an optical module for building interference microscope, "QPM (Quantitative Phase Microscopy)" which provides nano-scale vertical resolution. Our proprietary technology enables a compact and
This innovative module retains the depth and resolution of traditional two-photon imaging while enabling flexible adjustments between speed and signal intensity.
Browse our range of optical microscope modules to integrate into your system, including tube lenses, nosepieces, and observation tubes.
Researchers developed a new microscope that combines diffractive optics with 25 tiny cameras to capture simultaneous images at multiple depths. [Image: Eduardo Hirata Miyasaki]
Bypassing the speed limitation of traditional mechanical methods, free-space angular-chirp-enhanced delay (FACED) is an all-optical, passive and reconfigurable laser-scanning approach