Double beam xenon flash lamp spectrophotometers offer improved stability, precision, and accuracy compared to single beam instruments, as they continuously correct for changes in the light source and other instrumental drifts.
Double Beam Xenon Flash Lamp Model No: LI-3001 is an advanced light source typically used in scientific and industrial applications requiring high-intensity and rapid light pulses. Here’s a detailed description of its features and specifications:
Design and Build:
Double Beam Configuration: The LI-3001 features a dual-beam setup, which allows simultaneous emission of light beams in two directions, enhancing the versatility and efficiency of measurements.
Xenon Flash Lamp: Utilizes a xenon gas-filled lamp that produces intense, short-duration light pulses. Xenon flash lamps are known for their broad spectral output, ranging from UV to visible light.
Performance:
High-Intensity Output: Capable of generating very high-intensity light pulses, making it suitable for applications requiring strong illumination.
Fast Response Time: The xenon flash lamp offers rapid light pulses, which is ideal for time-resolved spectroscopy and other fast measurement techniques.
Broad Spectral Range: The emission spectrum of the xenon flash lamp covers a wide range, from ultraviolet (UV) through the visible spectrum, making it suitable for a variety of optical experiments.
Applications:
Spectroscopy: Used in UV-visible spectroscopy, fluorescence spectroscopy, and other types of spectroscopic analyses.
Material Testing: Suitable for testing material properties under intense light conditions.
Medical and Biomedical Research: Used in applications such as phototherapy, fluorescence microscopy, and diagnostic imaging.
Environmental Monitoring: Utilized in the detection and analysis of pollutants and other environmental samples.
Technical Specifications:
Lamp Type: Xenon flash lamp
Model Number: LI-3001
Spectral Range: UV to visible light
Pulse Duration: Typically in the microsecond range
Beam Configuration: Dual beam
Operating Voltage: Specified by manufacturer (consult manual)
Power Consumption: Specified by manufacturer (consult manual)
Cooling: May require air or liquid cooling depending on the intensity and duration of use
Advantages:
Durability: Xenon lamps have a long operational life.
Efficiency: High-efficiency light production with low heat generation.
Versatility: Suitable for a wide range of scientific and industrial applications due to its broad spectral range and high-intensity output.
Safety and Maintenance:
Handling: Requires careful handling due to the high voltage and intense light output.
Maintenance: Regular maintenance checks for optimal performance; follow the manufacturer’s guidelines for lamp replacement and system upkeep.
Double beam Xenon flash lamp spectrophotometer I With Software I FREE ONSITE INSTALLATION
SKULI-3001
Regular price
Rs.650,000.00
Sale price
Rs.449,000.00
Sale
Double beam xenon flash lamp spectrophotometers offer improved stability, precision, and accuracy compared to single beam instruments, as they continuously correct for changes in the light source and other instrumental drifts.
Double Beam Xenon Flash Lamp Model No: LI-3001 is an advanced light source typically used in scientific and industrial applications requiring high-intensity and rapid light pulses. Here’s a detailed description of its features and specifications:
Design and Build:
Double Beam Configuration: The LI-3001 features a dual-beam setup, which allows simultaneous emission of light beams in two directions, enhancing the versatility and efficiency of measurements.
Xenon Flash Lamp: Utilizes a xenon gas-filled lamp that produces intense, short-duration light pulses. Xenon flash lamps are known for their broad spectral output, ranging from UV to visible light.
Performance:
High-Intensity Output: Capable of generating very high-intensity light pulses, making it suitable for applications requiring strong illumination.
Fast Response Time: The xenon flash lamp offers rapid light pulses, which is ideal for time-resolved spectroscopy and other fast measurement techniques.
Broad Spectral Range: The emission spectrum of the xenon flash lamp covers a wide range, from ultraviolet (UV) through the visible spectrum, making it suitable for a variety of optical experiments.
Applications:
Spectroscopy: Used in UV-visible spectroscopy, fluorescence spectroscopy, and other types of spectroscopic analyses.
Material Testing: Suitable for testing material properties under intense light conditions.
Medical and Biomedical Research: Used in applications such as phototherapy, fluorescence microscopy, and diagnostic imaging.
Environmental Monitoring: Utilized in the detection and analysis of pollutants and other environmental samples.
Technical Specifications:
Lamp Type: Xenon flash lamp
Model Number: LI-3001
Spectral Range: UV to visible light
Pulse Duration: Typically in the microsecond range
Beam Configuration: Dual beam
Operating Voltage: Specified by manufacturer (consult manual)
Power Consumption: Specified by manufacturer (consult manual)
Cooling: May require air or liquid cooling depending on the intensity and duration of use
Advantages:
Durability: Xenon lamps have a long operational life.
Efficiency: High-efficiency light production with low heat generation.
Versatility: Suitable for a wide range of scientific and industrial applications due to its broad spectral range and high-intensity output.
Safety and Maintenance:
Handling: Requires careful handling due to the high voltage and intense light output.
Maintenance: Regular maintenance checks for optimal performance; follow the manufacturer’s guidelines for lamp replacement and system upkeep.
Replacement :3 Days Replacement as standard, Free of Cost
Dedicated Support :Support from 9:30 AM to 6:00 PM everyday
Product Description
Double beam xenon flash lamp spectrophotometers offer improved stability, precision, and accuracy compared to single beam instruments, as they continuously correct for changes in the light source and other instrumental drifts.
Double Beam Xenon Flash Lamp Model No: LI-3001 is an advanced light source typically used in scientific and industrial applications requiring high-intensity and rapid light pulses. Here’s a detailed description of its features and specifications:
Design and Build:
Double Beam Configuration: The LI-3001 features a dual-beam setup, which allows simultaneous emission of light beams in two directions, enhancing the versatility and efficiency of measurements.
Xenon Flash Lamp: Utilizes a xenon gas-filled lamp that produces intense, short-duration light pulses. Xenon flash lamps are known for their broad spectral output, ranging from UV to visible light.
Performance:
High-Intensity Output: Capable of generating very high-intensity light pulses, making it suitable for applications requiring strong illumination.
Fast Response Time: The xenon flash lamp offers rapid light pulses, which is ideal for time-resolved spectroscopy and other fast measurement techniques.
Broad Spectral Range: The emission spectrum of the xenon flash lamp covers a wide range, from ultraviolet (UV) through the visible spectrum, making it suitable for a variety of optical experiments.
Applications:
Spectroscopy: Used in UV-visible spectroscopy, fluorescence spectroscopy, and other types of spectroscopic analyses.
Material Testing: Suitable for testing material properties under intense light conditions.
Medical and Biomedical Research: Used in applications such as phototherapy, fluorescence microscopy, and diagnostic imaging.
Environmental Monitoring: Utilized in the detection and analysis of pollutants and other environmental samples.
Technical Specifications:
Lamp Type: Xenon flash lamp
Model Number: LI-3001
Spectral Range: UV to visible light
Pulse Duration: Typically in the microsecond range
Beam Configuration: Dual beam
Operating Voltage: Specified by manufacturer (consult manual)
Power Consumption: Specified by manufacturer (consult manual)
Cooling: May require air or liquid cooling depending on the intensity and duration of use
Advantages:
Durability: Xenon lamps have a long operational life.
Efficiency: High-efficiency light production with low heat generation.
Versatility: Suitable for a wide range of scientific and industrial applications due to its broad spectral range and high-intensity output.
Safety and Maintenance:
Handling: Requires careful handling due to the high voltage and intense light output.
Maintenance: Regular maintenance checks for optimal performance; follow the manufacturer’s guidelines for lamp replacement and system upkeep.