LF210 Laser Autofocus
Prior ScientificSecond generation laser autofocus for advanced microscope automation
Microscope Accessories
Second generation laser autofocus for advanced microscope automation
Closed-loop motorized XY scanning stages with built-in motor encoders.
Joystick or computer controlled motorized micromanipulator.
Motorized filter wheels with built-in controllers and motor encoders.
Parallel grippers with built-in controllers and motor encoders.
Optical tweezers to quantify minimal biological forces
The ideal objective for UV excititation in fluorescence imaging.
These objectives feature highest NA to create an evanescent wave field for high contrast TIRF images.
Easily analyze, share, and archive your data with the SLIDEVIEW VS200 digital slide scanner. Designed to capture high-resolution images of your slides for quantitative analysis, the system enables you to make the most of the information your slides have to offer.
Serum- and BPE-free medium for expansion of primary human airway epithelial cells
Premium digital microscope for live imaging, scanning and real-time diagnostics of multiple slides
Easy setup directly on your microscope: perform live cell imaging in dishes, slides, or multiwell plates. The ibidi Stage Top Incubation Systems fit every standard inverted microscope and include CO 2 and O 2 control as well as actively controlled humidity. They are ideal for all live cell imaging applications and available for single slides and dishes as well as for multiwell plates.
Our objectives help you focus on yours.
The VT-Eye® from VisiTech International is a breakthrough in confocal imaging for the life science community. This product takes confocal point-scanners to the next level, using the AOD technology. Using the novel Acousto-Optic Deflector (or abbreviated as AOD) technology, the VT-Eye allies ultra-fast scanning and acquisition with high resolution confocal imaging to deliver a system that sets new standards in real-time live-ce…
The VT-QLC100® spinning disc confocal scanner is based on dual disc confocal technology and offers high speed real-time performance. This confocal scans at a speed of 360 frames per second, allowing capture and analysis of cellular and physiological processes in real-time. VT-QLC100 is compatible with any camera technology. This is because a standard C-mount connects the VT-QLC100 to any inverted or upright microscope. This t…
The VT-Hawk® from VisiTech International combines a high precision point scanning FRAP module within a multi-beam confocal imaging scanner. VT-Hawk is the latest version of the 'Infinity' release of confocal scanners. It combines a high precision point scanning FRAP (Fluroscence Recovery After Photobleaching) module within a multi-beam confocal imaging scanner. The fully integrated VT-HAWK switches the laser input and the sca…
The VisiTech laser engine combines the tightly collimated beams from multiple lasers into a single collinear beam. This module houses up to six solid state lasers with their associated controller systems. An optional fibre input port for combining externally generated laser lines is available. The AOTF module may also be integrated with this unit to permit computer control of laser line selection, individual line intensity a…
The MX1600 series crossed roller micromanipulators are ideal for a wide range of submicron or micron-scale motion applications. The lead screws are spring-loaded against a solid stop to ensure drift-free operation. The MX1600 incorporates 20TPI, 40TPI, and 80TPI screw drive positioning for smooth crossed roller motion in the X, Y, Z, and probe axes. The MX1600 has our MXC-45 mounted to the probe axis. The MXC-45’s built-in rot…
The PhotoFluor II combines a powerful self-aligning 200W metal halide lamp with a sputtered IR-blocking optic to deliver exceptional light output from 340nm to 650nm. The intensity of the PhotoFluor II exceeds that of a typical 120W lamp and rivals that of a standard 100W mercury arc, without the problems associated with arc lamps. The PhotoFluor II also offers unsurpassed output stability over both the short and long term, en…