VisiStable® Plug-and-Play Fiber-Coupled Diode Laser is a compact, fiber-coupled module featuring adjustable power, ultra-low noise (RMS Noise < 0.2%), excellent beam quality (M² ≤ 1.1), and long lifetime. Its modular, plug-and-play design allows seamless integration into various optical systems, delivering a stable and reliable light source for high-precision scientific instruments.
In flow cytometry, multi-channel detection and single-cell excitation demand exceptional stability and spectral purity. Conventional lasers often suffer from power fluctuations or beam drift, causing uneven fluorescence signals and measurement errors. With superior beam quality and ultra-low noise, VisiStable® ensures each excitation is precise and consistent, providing stable signals for advanced multi-parameter analysis.
In genetic sequencing, high-throughput automation requires lasers that can operate continuously without signal degradation. VisiStable® offers adjustable power and long-term stable output across blue, green, and red wavelengths, precisely matching the excitation spectra of common fluorescent dyes. This ensures a stable signal-to-background ratio, high localization accuracy, and reduced maintenance costs.
In confocal microscopy, precise beam focusing and uniform illumination are critical for high-resolution 3D imaging. VisiStable®, with its single-mode Gaussian beam and low-noise output, delivers bright, detailed, and reproducible imaging results.
Compact, reliable, and easy to integrate, VisiStable® meets the demanding optical requirements of modern life science instruments while minimizing maintenance and maximizing uptime. Whether for flow cytometry, high-throughput sequencing, or high-resolution confocal imaging, it provides a precise and dependable light source that empowers researchers to achieve efficient and repeatable experimental outcomes.
An intelligent interface design allows users to choose the optimal control mode for their systems, enhancing compatibility and ease of use. Each model can be flexibly configured with customized fiber type, connector type, and fiber jacket to meet diverse design needs.
