Confocal NL - Official UK partner for sales and support
Custom Scopes Ltd is proud to be the official UK Sales and Support partner for Confocal NL, specialists in advanced confocal microscopy. We offer expert advice, installation, and ongoing support for these cutting-edge point and line re-scanners; bringing high-resolution, real-time imaging within reach of individual research groups, core facilities and Biotech companies. Whether upgrading an existing widefield system, or investing in new confocal capabilities, our team ensures seamless integration and optimal performance. With our deep technical knowledge and commitment to customer success, Custom Scopes Ltd is your trusted partner for unlocking the full potential of Confocal NL’s innovative solutions in life science and biomedical imaging applications.
As with all products offered by Custom Scopes we will do our best to support bespoke requirements and especially upgrades to improve the capabilities of what you already have in your laboratory.
- Low Phototoxicity
- High res / Super Res
- Large Field-of-View
- Variable spot size / Line width
- Visible / NIR
- High speed
- Works with thicker samples
Why re-Scanners?
Confocal NL’s patented point and line re-scan technology offers significant advantages in confocal microscopy. The original point re-scanner, and state of the art GAIA, generate super-resolved images in deeper samples with low phototoxicity.
The AION and NL5+ line re-scanning systems leverage the technology to offer high speed sectioning with a wide range of wavelengths. The approach is well-suited to live-cell imaging of thicker samples. The re-scan mechanism improves signal-to-noise ratio without compromising image quality, enabling detailed visualization of live and fixed samples. Its compact, modular design allows easy integration into existing widefield microscopes, providing an affordable upgrade path to confocal capabilities. Additionally, reduced photobleaching and phototoxicity make it ideal for live-cell imaging. Overall, this technology offers flexible, efficient, and powerful imaging for a wide range of biomedical research applications.
