English
The UV-6010 is an economical dual-beam instrument with low stray light levels and low noise. It is capable of wavelength scanning, time scanning, and fixed wavelength measurements, and also features application functions such as quantitative analysis and system performance verification.
High-Performance Optical System： The UV-6010 delivers exceptional optical performance through an efficient fully reflective design with minimal optical components and a monochromator optimized for peak efficiency across the entire wavelength range, ensuring maximum light throughput and reproducible optical performance.
Fully Automated Operation： Precise and reproducible performance is achieved without operator intervention via automated instrument setup. Upon each startup, the system automatically performs wavelength calibration and optimizes source mirror alignment. It seamlessly switches light sources based on the selected wavelength, ensuring stable analytical signals.
Proprietary Chopper Technology： The instrument incorporates unique chopping mechanics that automatically correct for any beam deviation caused by minor eccentricity during chopper wheel rotation, guaranteeing outstanding system stability.
High-Performance Optical System： The UV-6010 delivers exceptional optical performance through an efficient fully reflective design with minimal optical components and a monochromator optimized for peak efficiency across the entire wavelength range, ensuring maximum light throughput and reproducible optical performance.
Fully Automated Operation： Precise and reproducible performance is achieved without operator intervention via automated instrument setup. Upon each startup, the system automatically performs wavelength calibration and optimizes source mirror alignment. It seamlessly switches light sources based on the selected wavelength, ensuring stable analytical signals.
Proprietary Chopper Technology： The instrument incorporates unique chopping mechanics that automatically correct for any beam deviation caused by minor eccentricity during chopper wheel rotation, guaranteeing outstanding system stability.