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r b>Product Introduction
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r .> A xenon lamp bulb imported from the United States is installed inside the light source, which forms an arc discharge under high-frequency and high-voltage excitation. , when ignited, it radiates a strong and stable continuous spectrum from ultraviolet to near-infrared. The light color in the visible region is very similar to sunlight
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r .>High energy density and stable output
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r.>The separate design of the power supply and light box improves the portability of the xenon light source. Unique power circuit design enables xenon lamp power to be adjusted. The main body of the light box adopts an internationally advanced heat dissipation structure with excellent heat dissipation effect. The light path steering head adopts multiple filter structures to filter out a large amount of infrared light and minimize the impact of infrared rays during experiments. The filter turning head affected by the solution or sample (heating and volatilization) is compatible with filters of various specifications, and the lens filter turning head can
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r .> be rotated to achieve intelligent illumination in any direction. The panel design is simple and convenient to operate.
r b>Main Features
r.>Using xenon lamp bulbs imported from the United States, the light energy output is concentrated and the energy density is high, which improves the experimental efficiency.
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r .>Using an internationally advanced heat dissipation structure to extend the service life of the bulb, up to hours.
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r .>Efficient electro-optical conversion efficiency, outputting high-energy parallel light, with a total optical power of up to.
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r .>Simple optical structure can provide spectra in different bands and designated wavelengths to meet diverse usage needs.
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r .>The modular design greatly improves the safety and stability of the product and enables long-term continuous irradiation.
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r .>The light outlet is compatible with domestic and foreign filters and lenses of various specifications and brands (such as: ., .,,,, etc.).
r b>Application direction
r b>Spectral curve
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r b>Technical parameters
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