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Page 3 - Analytical and Medical Applications

Brolight Fan-Cooled Tungsten Light Source
Hangzhou Brolight Technology Co., Ltd
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Brolight Fan-Cooled Tungsten Light Source
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BIM-6210 is a fan-cooled tungsten light source with a stabilizing circuit inside to provide a stable spectral output. It is ideal for NIR absorption and reflection spectroscopy measurements. The light source can be equipped with different filters to obtain different monochromatic light. It can also be equipped with a transmittance ...

Specifications
Type Of Lamp: Tungsten Halogen Lamp
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Compact Deuterium Tungsten Light Source
Hangzhou Brolight Technology Co., Ltd
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Compact Deuterium Tungsten Light Source
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BIM-6213 is a compact UV-Vis light source designed for mobile spectroscopy applications and all types of handheld devices that require a low power consumption UV-Vis light source. BIM-6213 has a continuous spectrum covering the whole range from UV to near Infrared.

Specifications
Type Of Lamp: Deuterium Tungsten
Dimension（L*W*H） : 180mm120mm×60mm
Spectral Distribution: 200nm-400nm
Optimum Working Spectral Range : 200 nm-1100 nm
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Brolight Deuterium Light Source
Hangzhou Brolight Technology Co., Ltd
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Brolight Deuterium Light Source
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High-compatibility composite light source consisting of a xenon light source and a tungsten light source realizes a UV-NIR spectral output. Due to the adoption of a new filter technology, the characteristic peak line of the xenon light source is suppressed, which makes the output spectral curve smooth and continuous, and at the ...

Specifications
Type Of Lamp: Deuterium Tungsten
Size : 175mm*160mm*265mm
Light Source Life : 1000 hours
Wavelength Range : 230-2500nm
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Wavelength Calibration Lamps
Spectrecology
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Wavelength Calibration Lamps
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Ocean Optics spectrometer Wavelength Calibration Sources are low pressure atomic emission lamps couple to a fiber optic port for easy wavelength accuracy tests and array based spectrometer calibrations. The wavelengths of each of the strong emission lines are listed based on published  NIST values.   Simply connect a fiber ...

Specifications
Type Of Lamp: Krypton , Mercury Lamp, Xenon
Atomic Emission Gas: Hg - A
Atomic Emiss Gas: Ar
Atomic Emission Gas: Xe
Atomic Emission Gas: Kr
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793-7910-2 Vycor Filter Double Bore Lamp
Jelight
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793-7910-2 Vycor Filter Double Bore Lamp
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The name “double-bore” comes from the special quartz used to make the Ultraviolet lamps. This glass consists of quartz tubing with a quartz partition, or septum, through the center (see drawing below). This allows the plasma to ignite at one electrode and travel around the septum back down to meet the other electrode ...

Specifications
Type Of Lamp: Mercury Lamp
Data Sheet
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79-7910-2 Vycor Filter Double Bore Lamp
Jelight
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79-7910-2 Vycor Filter Double Bore Lamp
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The name “double-bore” comes from the special quartz used to make the Ultraviolet lamps. This glass consists of quartz tubing with a quartz partition, or septum, through the center (see drawing below). This allows the plasma to ignite at one electrode and travel around the septum back down to meet the other electrode ...

Specifications
Type Of Lamp: Mercury Lamp
Data Sheet
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793-7910-1 Vycor Filter Double Bore Lamp
Jelight
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793-7910-1 Vycor Filter Double Bore Lamp
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The name “double-bore” comes from the special quartz used to make the Ultraviolet lamps. This glass consists of quartz tubing with a quartz partition, or septum, through the center (see drawing below). This allows the plasma to ignite at one electrode and travel around the septum back down to meet the other electrode ...

Specifications
Type Of Lamp: Mercury Lamp
Data Sheet
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79-7910-1 Vycor Filter Double Bore Lamp
Jelight
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79-7910-1 Vycor Filter Double Bore Lamp
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The name “double-bore” comes from the special quartz used to make the Ultraviolet lamps. This glass consists of quartz tubing with a quartz partition, or septum, through the center (see drawing below). This allows the plasma to ignite at one electrode and travel around the septum back down to meet the other electrode ...

Specifications
Type Of Lamp: Mercury Lamp
Data Sheet
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803-2049-2 Ozone Producing Double Bore Lamp
Jelight
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803-2049-2 Ozone Producing Double Bore Lamp
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The name “double-bore” comes from the special quartz used to make the Ultraviolet lamps. This glass consists of quartz tubing with a quartz partition, or septum, through the center (see drawing below). This allows the plasma to ignite at one electrode and travel around the septum back down to meet the other electrode ...

Specifications
Type Of Lamp: Mercury Lamp
Data Sheet
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80-2049-2 Ozone Producing Double Bore Lamp
Jelight
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80-2049-2 Ozone Producing Double Bore Lamp
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The name “double-bore” comes from the special quartz used to make the Ultraviolet lamps. This glass consists of quartz tubing with a quartz partition, or septum, through the center (see drawing below). This allows the plasma to ignite at one electrode and travel around the septum back down to meet the other electrode ...

Specifications
Type Of Lamp: Mercury Lamp
Data Sheet
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803-2049-1 Ozone Producing Double Bore Lamp
Jelight
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803-2049-1 Ozone Producing Double Bore Lamp
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The name “double-bore” comes from the special quartz used to make the Ultraviolet lamps. This glass consists of quartz tubing with a quartz partition, or septum, through the center (see drawing below). This allows the plasma to ignite at one electrode and travel around the septum back down to meet the other electrode ...

Specifications
Type Of Lamp: Mercury Lamp
Data Sheet
Inquire Price
80-2049-1 Ozone Producing Double Bore Lamp
Jelight
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80-2049-1 Ozone Producing Double Bore Lamp
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The name “double-bore” comes from the special quartz used to make the Ultraviolet lamps. This glass consists of quartz tubing with a quartz partition, or septum, through the center (see drawing below). This allows the plasma to ignite at one electrode and travel around the septum back down to meet the other electrode ...

Specifications
Type Of Lamp: Mercury Lamp
Data Sheet
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783-2046-2 Ozone Producing Double Bore Lamp
Jelight
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783-2046-2 Ozone Producing Double Bore Lamp
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The name “double-bore” comes from the special quartz used to make the Ultraviolet lamps. This glass consists of quartz tubing with a quartz partition, or septum, through the center (see drawing below). This allows the plasma to ignite at one electrode and travel around the septum back down to meet the other electrode ...

Specifications
Type Of Lamp: Mercury Lamp
Data Sheet
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78-2046-2 Ozone Producing Double Bore Lamp
Jelight
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78-2046-2 Ozone Producing Double Bore Lamp
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The name “double-bore” comes from the special quartz used to make the Ultraviolet lamps. This glass consists of quartz tubing with a quartz partition, or septum, through the center (see drawing below). This allows the plasma to ignite at one electrode and travel around the septum back down to meet the other electrode ...

Specifications
Type Of Lamp: Mercury Lamp
Data Sheet
Inquire Price
783-2046-1 Ozone Producing Double Bore Lamp
Jelight
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783-2046-1 Ozone Producing Double Bore Lamp
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The name “double-bore” comes from the special quartz used to make the Ultraviolet lamps. This glass consists of quartz tubing with a quartz partition, or septum, through the center (see drawing below). This allows the plasma to ignite at one electrode and travel around the septum back down to meet the other electrode ...

Specifications
Type Of Lamp: Mercury Lamp
Data Sheet
Inquire Price
78-2046-1 Ozone Producing Double Bore Lamp
Jelight
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78-2046-1 Ozone Producing Double Bore Lamp
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The name “double-bore” comes from the special quartz used to make the Ultraviolet lamps. This glass consists of quartz tubing with a quartz partition, or septum, through the center (see drawing below). This allows the plasma to ignite at one electrode and travel around the septum back down to meet the other electrode ...

Specifications
Type Of Lamp: Mercury Lamp
Data Sheet
Inquire Price
963-2100-2 Ozone Producing Double Bore Lamp
Jelight
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963-2100-2 Ozone Producing Double Bore Lamp
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The name “double-bore” comes from the special quartz used to make the Ultraviolet lamps. This glass consists of quartz tubing with a quartz partition, or septum, through the center (see drawing below). This allows the plasma to ignite at one electrode and travel around the septum back down to meet the other electrode ...

Specifications
Type Of Lamp: Mercury Lamp
Data Sheet
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96-2100-2 Ozone Producing Double Bore Lamp
Jelight
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96-2100-2 Ozone Producing Double Bore Lamp
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The name “double-bore” comes from the special quartz used to make the Ultraviolet lamps. This glass consists of quartz tubing with a quartz partition, or septum, through the center (see drawing below). This allows the plasma to ignite at one electrode and travel around the septum back down to meet the other electrode ...

Specifications
Type Of Lamp: Mercury Lamp
Data Sheet
Inquire Price
963-2100-1 Ozone Producing Double Bore Lamp
Jelight
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963-2100-1 Ozone Producing Double Bore Lamp
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The name “double-bore” comes from the special quartz used to make the Ultraviolet lamps. This glass consists of quartz tubing with a quartz partition, or septum, through the center (see drawing below). This allows the plasma to ignite at one electrode and travel around the septum back down to meet the other electrode ...

Specifications
Type Of Lamp: Mercury Lamp
Data Sheet
Inquire Price
96-2100-1 Ozone Producing Double Bore Lamp
Jelight
Add to watch list
96-2100-1 Ozone Producing Double Bore Lamp
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The name “double-bore” comes from the special quartz used to make the Ultraviolet lamps. This glass consists of quartz tubing with a quartz partition, or septum, through the center (see drawing below). This allows the plasma to ignite at one electrode and travel around the septum back down to meet the other electrode ...

Specifications
Type Of Lamp: Mercury Lamp
Data Sheet
Inquire Price