Labtron Double Beam UV/Vis Spectrophotometer offer automatic wavelength adjustments with their silicon photodiode detectors. Their dual beam designs cover a broad wavelength range. They support multiple measurement methods to meet diverse analytical requirements. Our spectrophotometer ensures precise results and ease of use with auto calibration, user-friendly interfaces, and advanced optics.
Labtron Nano Spectrophotometer enables rapid analysis of small sample volumes and features a wide wavelength range for precise measurements. They ensure high repeatability in detecting micro-volume quantities of nucleic acids and other components. They include built-in computers with USB connections and user-friendly interfaces. Our Nano Spectrophotometer are Ideal for concentrated samples without the need for dilution or baseline adjustments.
Labtron Fluorescence Spectrophotometer are built with sensitive signal detection technology and advanced optical systems. They offer impressive fluorescence detection limits and exceptional signal-to-noise ratios. With a dual beam ratio excitation light monitoring system, they ensure stable fluorescence signals. Our Fluorescence Spectrophotometer have built-in optical gates, which enable effective analysis of unstable samples.
Labtron Single Beam UV/Visible Spectrophotometer feature a wide range of wavelengths and multiple options for spectral bandwidth selection. They facilitate quantitative analysis and photometric measurements through intuitive interfaces. They offer flexibility with various installed light sources. Our Single Beam UV/Vis Spectrophotometer ensure high performance by incorporating automatic wavelength adjustment.
Labtron Visible Spectrophotometer feature high-resolution grating systems that cover a broad wavelength range. These instruments offer multiple modes, including transmittance, absorbance, concentration, and autocalibration. They utilize adaptable light sources and silicon photodiode detectors for precise measurements. Our visible spectrophotometers provide exceptional stability and precision, making them ideal for industrial applications and research.