Visitron Systems GmbH specializes in high-end digital microscopy and imaging solutions. They provide spinning disk confocal imaging systems and VisiView software designed to operate across major microscope platforms, including Zeiss, Leica, Nikon, and Olympus. ScientiaLux applies these technologies to support coordinated acquisition and control within our customized microscopy solutions.
Visitron Spinning Disk Confocal Imaging System
Next-generation imaging
The Visitron Confocal System is an ultra-fast spinning disk imaging system offering an unprecedented ultra-wide field of view. It offers a flexible microscope platform with exceptional image quality and integrates automated microscopy control. The system provides multiple configurations that can be adapted to specific research needs, and can be integrated with all the Yokogawa scan heads (CSU-W1, CSU-W1 SoRa or CSU-X1).
Why choose Visitron Confocal?
- Switching between confocal and widefield imaging modalities
- Ultra-fast imaging (up to 200 fps) with super-resolution
- Dual camera simultaneous two-color imaging integrating ultrasensitive high-speed sCMOS or EMCCD cameras
- High performance bioimaging and intuitive user interface with multi-dimensional experiment control
- Wide range of illumination options with LEDs and solid-state lasers providing reduced phototoxicity for live cell studies
- Advanced algorithm achieving ~70nm resolution by identifying radial fluctuations and recalculating fluorophore origins through temporal correlation analysis.
VisiView® Imaging Software
Precision Control. Multidimensional Mastery.
VisiView® is a high-performance imaging software for microscopy designed to handle the most demanding imaging workflows with a focus on speed, reliability, and ease of use. It is an intuitive software designed for integrated imaging, including comprehensive microscope control, extensive control and multitasking of peripheral devices, image acquisition, analysis, and documentation. It also processes up to 6D multidimensional acquisition, while applying the philosophy of simple operation and seamless integration of applied standards.
VisiView provides a unified, hardware-independent platform to control the entire microscopy ecosystem and lets researchers focus on science. It consolidates control into one intuitive software with enhanced automation, and removes the burden of juggling separate interfaces for different hardware. Researchers can set up advanced routines like time-lapse, Z-stacks, and multi-channel imaging, and trust that every device will act in synchrony. Once a protocol is defined, the system executes it reliably and allows scientists to focus on biology without excessive hardware logistics.
Core Capabilities – What VisiView supports:
- Compatible with a wide variety of imaging modes:
- Confocal (spinning disk / wide-field / point scan), TIRF, FLIM, light-sheet, super-resolution, deconvolution, FRAP, FRET, ratio imaging.
- Multidimensional Acquisition (6D):
- Time (T), Z-stack (Z), Multi-channel (λ), Multi-position (Stage), and High-speed streaming integrate into a single experiment.
- Hardware Independence: Direct control for all major motorized microscopes and a vast array of high-end sCMOS, EMCCD cameras, and light sources.
- Enhanced Multi-Camera Support permits integration and control of up to four cameras of different models or manufacturers simultaneously
- Smart Imaging with Feedback Microscopy
- VisiView supports a built-in scripting language (Python/IronPython) to automate custom protocols and analysis pipelines and interface with external hardware or data-management systems.
- Ideal for high-throughput screening, longitudinal imaging studies, or bespoke experimental designs.
- Smart Imaging with Feedback Microscopy
- Optimize experimental workflows by integrating real-time analysis and adaptive control