Reliable Hollow Cathode Lamps for Atomic Absorption Spectroscopy Applications
MxRady Lab Solutions Pvt. Ltd. offers Lark Hollow Cathode Lamps designed for atomic absorption spectroscopy (AAS), elemental analysis, laboratory testing, and research applications. These lamps are widely used in analytical laboratories, research institutes, pharmaceutical facilities, environmental testing labs, and industrial quality control environments where accurate elemental analysis is important.
In atomic absorption spectroscopy, reliable light sources play a major role in achieving consistent analytical results. Hollow cathode lamps are specially designed to emit characteristic wavelengths for specific elements, helping laboratories perform precise elemental detection and concentration analysis.
Importance of Hollow Cathode Lamps in Laboratory Analysis
Hollow cathode lamps are considered essential components in atomic absorption spectroscopy systems because they provide stable and element-specific light sources required for accurate analytical testing.
For example, environmental and industrial laboratories often use atomic absorption spectroscopy to detect trace metal concentrations in water, soil, or chemical samples. In such applications, reliable hollow cathode lamps help improve analytical precision and measurement consistency.
Similarly, pharmaceutical and research laboratories depend on stable spectroscopy instruments for elemental testing during formulation analysis and quality control procedures.
A Hollow Cathode Lamp (HCL) is a specialized gas discharge lamp commonly used in atomic absorption spectroscopy (AAS) and other analytical testing techniques. It is designed to emit specific wavelengths of light that correspond to particular elements used during elemental analysis procedures.
The basic structure of a hollow cathode lamp consists of a sealed glass tube containing a cathode and an anode. The cathode is manufactured using the element of interest or the element being analyzed, while the anode is generally made using another material along with noble gases such as argon or neon.
When high voltage is applied, a discharge occurs between the cathode and anode, exciting the atoms of the cathode material. As these excited atoms return to their normal state, they emit light at characteristic wavelengths unique to that element.
These emitted wavelengths are then used in spectroscopy instruments to determine the concentration of specific elements within a sample through absorption measurement techniques.
Key Advantages of Hollow Cathode Lamps
Precision Light Source for Elemental Analysis
AASAtomic Absorption Spectroscopy
01
Narrow Spectral Lines
Hollow cathode lamps produce narrow and well-defined spectral lines, making them highly selective for specific elements. This selectivity helps reduce interference from other elements and supports more accurate analytical measurements.
02
Stable Performance
These lamps provide stable and reproducible light emission, which is important for maintaining consistent analysis during laboratory testing procedures.
03
High Sensitivity
Hollow cathode lamps offer high sensitivity for elemental analysis applications, allowing laboratories to detect trace levels of specific elements in different sample types.
04
Long Operational Life
When operated under suitable laboratory conditions, hollow cathode lamps generally offer good operational lifespan, making them suitable for routine analytical applications and long-term laboratory usage.
Laboratory Applications
Applications of Lark Hollow Cathode Lamps
Our hollow cathode lamps are commonly used in:
Lark hollow cathode lamps provide stable element-specific spectral emission for atomic absorption spectroscopy applications. They help laboratories measure metals in research, environmental, food, metallurgy, and quality-control testing.
Atomic Absorption Spectroscopy (AAS)
Elemental Analysis
Pharmaceutical Laboratories
Environmental Testing
Industrial Quality Control
Chemical Analysis
Research & Development Laboratories
Educational & Scientific Research Applications
Material Testing Laboratories
Measurement Confidence
Why Accurate Elemental Analysis Matters
In analytical laboratories, accurate elemental analysis is important for maintaining product quality, research consistency, environmental monitoring, and testing reliability.
Even small variations during elemental detection can affect laboratory reporting and analytical interpretation. Reliable hollow cathode lamps help improve wavelength stability and measurement accuracy during spectroscopy procedures.
For laboratories handling regular elemental testing, dependable spectroscopy components contribute to smoother workflow performance and more consistent analytical outcomes.
Practical Understanding
Limitations & Practical Understanding
Proper lamp selection, warm-up, and handling help laboratories maintain stable signal quality during spectroscopy work, improving reliability during repeated analytical measurements.
Hollow cathode lamps are generally designed for specific individual elements, which means separate lamps are typically required for different elemental analysis applications. They are mainly used for metals and certain metalloids and are not generally suitable for non-metal analysis.
However, due to their precision, sensitivity, and stable performance, hollow cathode lamps continue to be widely used in research laboratories, industrial testing facilities, and analytical environments requiring reliable elemental analysis.
Why Choose Lark
Why Choose Lark Hollow Cathode Lamps?
01
Suitable for atomic absorption spectroscopy applications
02
Stable light emission for consistent analytical performance
03
High sensitivity for elemental detection
04
Reliable for routine laboratory testing
05
Used across research and industrial laboratories
06
Designed for analytical and quality control applications
07
Suitable for long-term laboratory operations
Sub Products
Lark Hollow Cathode Lamp Product Range
Explore our range of hollow cathode lamps designed for stable spectral emission and dependable atomic absorption spectroscopy applications.
01
TYPE A
Hollow Cathode Lamp Type-A (Regular)
Series LHA regular type single-element lamp for accurate AAS analysis.
02
TYPE B
Hollow Cathode Lamp Type-B (New)
Series LHB new type single-element lamp with stable spectral emission.
03
4 PIN
Lark Hollow Cathode Lamp 4 Pin
Stable wavelength emission and reliable analytical performance for AAS use.
04
PERKIN ELMER
Lark PERKIN ELMER HOLLOW CATHODE LAMP
Designed for compatibility with PERKIN ELMER spectroscopy systems.
Lark Sub Product
Hollow Cathode Lamp Type-A (Regular) is designed for atomic absorption spectroscopy (AAS) applications where accurate elemental analysis and stable light emission are important. These hollow cathode lamps are widely used in research laboratories, pharmaceutical testing facilities, environmental analysis laboratories, chemical testing centers, and industrial quality control applications for precise elemental detection and analytical measurement.
The Lark 1.5″ x 38mm Dia, Length 160mm Hollow Cathode Lamp Single Element | Series LHA (Regular Type) is manufactured to support stable analytical performance and reliable wavelength emission during spectroscopy procedures. These lamps are designed for single-element analysis and help laboratories perform accurate elemental concentration measurement in different sample types.
In atomic absorption spectroscopy, reliable hollow cathode lamps play an important role in maintaining analytical accuracy and measurement consistency. Stable spectral emission helps reduce analytical interference and supports dependable laboratory testing during routine and advanced elemental analysis procedures.
These hollow cathode lamps are suitable for various laboratory and industrial applications including:
Pharmaceutical Analysis Environmental Testing Chemical Analysis Metallurgical Testing Research & Development Industrial Quality Control Scientific Laboratory Applications
The durable construction and reliable emission performance of the lamps support long operational life and stable analytical conditions during repeated laboratory usage.
Technical Specifications
Lark® 1.5″ x 38mm Dia, Length 160mm HOLLOW CATHODE LAMP Single Element | Series LHA (Regular Type)
ELEMENT
#Code
Order Code
Ag Silver
#1L9-1
LHA-2011001
Al Aluminum
#1L9-2
LHA-2011002
As Arsenic
#1L9-3
LHA-2011003
Au Gold
#1L9-4
LHA-2011004
B Boron
#1L9-5
LHA-2011005
Ba Barium
#1L9-6
LHA-2011006
Be Beryllium
#1L9-7
LHA-2011007
Bi Bismuth
#1L9-8
LHA-2011008
Ca Calcium
#1L9-9
LHA-2011009
Cd Cadmium
#1L9-10
LHA-2011010
Ce Cerium
#1L9-11
LHA-2011011
Co Cobalt
#1L9-12
LHA-2011012
Cr Chromium
#1L9-13
LHA-2011013
Cs Cesium
#1L9-14
LHA-2011014
Cu Copper
#1L9-15
LHA-2011015
Dy Dysprosium
#1L9-16
LHA-2011016
Eu Europium
#1L9-17
LHA-2011017
Fe Iron
#1L9-18
LHA-2011018
Ga Gallium
#1L9-19
LHA-2011019
Gd Gadolinium
#1L9-20
LHA-2011020
Ge Germanium
#1L9-21
LHA-2011021
Hg Mercury
#1L9-22
LHA-2011022
In Indium
#1L9-23
LHA-2011023
Ir Iridium
#1L9-24
LHA-2011024
K Potassium
#1L9-25
LHA-2011025
La Lanthanum
#1L9-26
LHA-2011026
Li Lithium
#1L9-27
LHA-2011027
Lu Lutetium
#1L9-28
LHA-2011028
Mg Magnesium
#1L9-29
LHA-2011029
Mn Manganese
#1L9-30
LHA-2011030
Mo Molybdenum
#1L9-31
LHA-2011031
Na Sodium
#1L9-32
LHA-2011032
Nb Niobium
#1L9-33
LHA-2011033
Nd Neodymium
#1L9-34
LHA-2011034
Ni Nickel
#1L9-35
LHA-2011035
Os Osmium
#1L9-36
LHA-2011036
P Phosphorus
#1L9-37
LHA-2011037
Pb Lead
#1L9-38
LHA-2011038
Pd Palladium
#1L9-39
LHA-2011039
Pt Platinum
#1L9-40
LHA-2011040
Rb Rubidium
#1L9-41
LHA-2011041
Rh Rhodium
#1L9-42
LHA-2011042
Re Rhenium
#1L9-43
LHA-2011043
Ru Ruthenium
#1L9-44
LHA-2011044
Sb Antimony
#1L9-45
LHA-2011045
Se Selenium
#1L9-46
LHA-2011046
Si Silicon
#1L9-47
LHA-2011047
Sm Samarium
#1L9-48
LHA-2011048
Sn Tin
#1L9-49
LHA-2011049
Sr Strontium
#1L9-50
LHA-2011050
Ta Tantalum
#1L9-51
LHA-2011051
Te Tellurium
#1L9-52
LHA-2011052
Ti Titanium
#1L9-53
LHA-2011053
Tl Thallium
#1L9-54
LHA-2011054
V Vanadium
#1L9-55
LHA-2011055
W Tungsten
#1L9-56
LHA-2011056
Y Yttrium
#1L9-57
LHA-2011057
Yb Ytterbium
#1L9-58
LHA-2011058
Zr Zirconium
#1L9-59
LHA-2011059
Zn Zinc
#1L9-60
LHA-2011060
Hollow Cathode Lamp Type-B (New) is designed for atomic absorption spectroscopy (AAS) applications requiring accurate elemental analysis, stable spectral emission, and reliable analytical performance. These hollow cathode lamps are widely used in research laboratories, pharmaceutical testing facilities, environmental analysis laboratories, chemical industries, metallurgical testing centers, and industrial quality control applications.
The Lark® 1.5″ x 38mm Dia, Length 160mm HOLLOW CATHODE LAMP, Single Element | Series LHB (New Type) is developed for precise elemental detection and dependable wavelength emission during spectroscopy procedures. These lamps are suitable for single-element analysis and help laboratories perform accurate concentration measurement across various analytical applications.
In atomic absorption spectroscopy, stable light emission is important for maintaining analytical consistency and reducing spectral interference during testing procedures. Reliable hollow cathode lamps help improve elemental detection accuracy and support dependable laboratory analysis during routine and advanced analytical operations.
These hollow cathode lamps are commonly used in:
Atomic Absorption Spectroscopy (AAS) Environmental Testing Pharmaceutical Analysis Chemical Analysis Metallurgical Testing Industrial Quality Control Scientific Research Applications Laboratory Elemental Analysis
The durable construction and stable emission performance support long operational life and consistent analytical conditions during repeated laboratory usage.
Technical Specifications
Lark® 1.5″ x 38mm Dia, Length 160mm HOLLOW CATHODE LAMP, Single Element | Series LHB (New Type)
ELEMENT
#Code
Order Code
Ag Silver
#1L9-61
LHB-201101
Al Aluminum
#1L9-62
LHB-201102
As Arsenic
#1L9-63
LHB-201103
Au Gold
#1L9-64
LHB-201104
B Boron
#1L9-65
LHB-201105
Ba Barium
#1L9-66
LHB-201106
Be Beryllium
#1L9-67
LHB-201107
Bi Bismuth
#1L9-68
LHB-201108
Ca Calcium
#1L9-69
LHB-201109
Cd Cadmium
#1L9-70
LHB-201110
Ce Cerium
#1L9-71
LHB-201111
Co Cobalt
#1L9-72
LHB-201112
Cr Chromium
#1L9-73
LHB-201113
Cs Cesium
#1L9-74
LHB-201114
Cu Copper
#1L9-75
LHB-201115
Dy Dysprosium
#1L9-76
LHB-201116
Eu Europium
#1L9-77
LHB-201117
Fe Iron
#1L9-78
LHB-201118
Ga Gallium
#1L9-79
LHB-201119
Gd Gadolinium
#1L9-80
LHB-201120
Ge Germanium
#1L9-81
LHB-201121
Hg Mercury
#1L9-82
LHB-201122
In Indium
#1L9-83
LHB-201123
Ir Iridium
#1L9-84
LHB-201124
K Potassium
#1L9-85
LHB-201125
La Lanthanum
#1L9-86
LHB-201126
Li Lithium
#1L9-87
LHB-201127
Lu Lutetium
#1L9-88
LHB-201128
Mg Magnesium
#1L9-89
LHB-201129
Mn Manganese
#1L9-90
LHB-201130
Mo Molybdenum
#1L9-91
LHB-201131
Na Sodium
#1L9-92
LHB-201132
Nb Niobium
#1L9-93
LHB-201133
Nd Neodymium
#1L9-94
LHB-201134
Ni Nickel
#1L9-95
LHB-201135
Os Osmium
#1L9-96
LHB-201136
P Phosphorus
#1L9-97
LHB-201137
Pb Lead
#1L9-98
LHB-201138
Pd Palladium
#1L9-99
LHB-201139
Pt Platinum
#1L9-100
LHB-201140
Rb Rubidium
#1L9-101
LHB-201141
Rh Rhodium
#1L9-102
LHB-201142
Re Rhenium
#1L9-103
LHB-201143
Ru Ruthenium
#1L9-104
LHB-201144
Sb Antimony
#1L9-105
LHB-201145
Se Selenium
#1L9-106
LHB-201146
Si Silicon
#1L9-107
LHB-201147
Sm Samarium
#1L9-108
LHB-201148
Sn Tin
#1L9-109
LHB-201149
Sr Strontium
#1L9-110
LHB-201150
Ta Tantalum
#1L9-111
LHB-201151
Te Tellurium
#1L9-112
LHB-201152
Ti Titanium
#1L9-113
LHB-201153
Tl Thallium
#1L9-114
LHB-201154
V Vanadium
#1L9-115
LHB-201155
W Tungsten
#1L9-116
LHB-201156
Y Yttrium
#1L9-117
LHB-201157
Yb Ytterbium
#1L9-118
LHB-201158
Zr Zirconium
#1L9-119
LHB-201159
Zn Zinc
#1L9-120
LHB-201160
Lark Hollow Cathode Lamp 4 Pin is designed for atomic absorption spectroscopy (AAS) applications where accurate elemental analysis and stable spectral performance are important. These hollow cathode lamps are widely used in research laboratories, pharmaceutical testing facilities, environmental testing laboratories, chemical industries, and industrial quality control applications for precise elemental detection and analytical measurement procedures.
The 4 Pin hollow cathode lamp is manufactured to provide stable wavelength emission and reliable analytical performance during spectroscopy operations. In atomic absorption spectroscopy, dependable light sources are essential for maintaining analytical accuracy and reducing interference during elemental analysis. Stable spectral output helps laboratories achieve more consistent testing results and dependable concentration measurements across different sample types.
These hollow cathode lamps are commonly used in pharmaceutical analysis, environmental monitoring, metallurgical testing, chemical analysis, and scientific research applications where accurate elemental detection is necessary for laboratory reporting and quality control procedures. The durable construction and reliable operational stability support long-term laboratory usage and smooth analytical performance during routine and advanced testing applications.
In many laboratory environments, even small variations in spectral emission can affect analytical accuracy and testing consistency. Reliable hollow cathode lamps help improve elemental analysis by providing stable and well-defined spectral lines required for precise measurement during atomic absorption spectroscopy procedures.
Lark Hollow Cathode Lamp 4 Pin is suitable for laboratories and research facilities requiring dependable spectroscopy components, stable elemental analysis performance, and reliable operation for routine laboratory and industrial analytical applications.
Lark® PERKIN ELMER HOLLOW CATHODE LAMP is designed for atomic absorption spectroscopy (AAS) applications where accurate elemental analysis, stable spectral emission, and reliable analytical performance are important. These hollow cathode lamps are widely used in research laboratories, pharmaceutical testing facilities, environmental analysis laboratories, chemical industries, educational institutions, and industrial quality control environments for precise elemental detection and concentration measurement.
The lamp is designed for compatibility with PERKIN ELMER atomic absorption spectroscopy systems and supports stable wavelength emission during analytical testing procedures. Reliable spectral performance is important in atomic absorption spectroscopy because even small variations in light emission can affect elemental analysis accuracy and testing consistency.
These hollow cathode lamps are commonly used for pharmaceutical analysis, environmental monitoring, chemical testing, metallurgical applications, and scientific research where dependable elemental analysis is required for laboratory reporting and quality control procedures. Stable and well-defined spectral lines help laboratories achieve accurate absorbance measurement and consistent analytical results during routine and advanced spectroscopy applications.
The durable construction and reliable operational stability of the lamp support long-term laboratory usage and smooth analytical performance across different testing environments. These lamps are suitable for laboratories handling routine elemental analysis as well as advanced research applications requiring dependable spectroscopy components and stable analytical conditions.
Lark® PERKIN ELMER HOLLOW CATHODE LAMP is suitable for atomic absorption spectroscopy systems used in pharmaceutical laboratories, environmental testing facilities, research institutes, chemical analysis laboratories, and industrial quality control applications requiring reliable elemental analysis and stable spectroscopy performance.
