Analytical and Medical Applications

The Heraeus hollow cathode lamp product range comprises 70 single-element lamps and more than 120 multi-element lamps of the most varied designs to cover almost all appliances. The Heraeus catalogue includes 70 single-element lamps in standard 37 mm (1.5 inch) and 50 mm (2 inch) diameters to fit almost any AA instrument. All cathode ...

Specifications

Type Of Lamp: Deuterium and Tungsten Halogen
Data Sheet
The Heraeus hollow cathode lamp product range comprises 70 single-element lamps and more than 120 multi-element lamps of the most varied designs to cover almost all appliances. The Heraeus catalogue includes 70 single-element lamps in standard 37 mm (1.5 inch) and 50 mm (2 inch) diameters to fit almost any AA instrument. All cathode ...

Specifications

Type Of Lamp: Deuterium and Tungsten Halogen
Parameters: Vary by Element
Data Sheet
The Heraeus hollow cathode lamp product range comprises 70 single-element lamps and more than 120 multi-element lamps of the most varied designs to cover almost all appliances. The Heraeus catalogue includes 70 single-element lamps in standard 37 mm (1.5 inch) and 50 mm (2 inch) diameters to fit almost any AA instrument. All cathode ...

Specifications

Type Of Lamp: Deuterium and Tungsten Halogen
Parameters: Vary by Element
Data Sheet
The Heraeus hollow cathode lamp product range comprises 70 single-element lamps and more than 120 multi-element lamps of the most varied designs to cover almost all appliances. The Heraeus catalogue includes 70 single-element lamps in standard 37 mm (1.5 inch) and 50 mm (2 inch) diameters to fit almost any AA instrument. All cathode ...

Specifications

Type Of Lamp: Deuterium and Tungsten Halogen
Parameters: Vary by Element
Data Sheet
The Heraeus hollow cathode lamp product range comprises 70 single-element lamps and more than 120 multi-element lamps of the most varied designs to cover almost all appliances. The Heraeus catalogue includes 70 single-element lamps in standard 37 mm (1.5 inch) and 50 mm (2 inch) diameters to fit almost any AA instrument. All cathode ...

Specifications

Type Of Lamp: Deuterium and Tungsten Halogen
Parameters: Vary by Element
Data Sheet
The Heraeus hollow cathode lamp product range comprises 70 single-element lamps and more than 120 multi-element lamps of the most varied designs to cover almost all appliances. The Heraeus catalogue includes 70 single-element lamps in standard 37 mm (1.5 inch) and 50 mm (2 inch) diameters to fit almost any AA instrument. All cathode ...

Specifications

Type Of Lamp: Deuterium and Tungsten Halogen
Parameters: Vary by Element
Data Sheet
Heraeus manufactures a wide range of cool running xenon flash lamps, devices which efficiently convert electrical energy stored in a capacitor into a high intensity light flash. All the lamps use materials which are specially selected for high performance and long life. They are manufactured using high temperature and high vacuum ...

Specifications

Type Of Lamp: Xenon
Output: 16 Watts
Bulb Size: Small
Arc Gap: 2.0 - 5.0 mm
Data Sheet
Extended lamp envelope for longer lifetime and improved performance. Heraeus manufactures a wide range of cool running xenon flash lamps, devices which efficiently convert electrical energy stored in a capacitor into a high intensity light flash. All the lamps use materials which are specially selected for high performance and long ...

Specifications

Type Of Lamp: Xenon
Arc Gap: 2.0 - 5.0 mm
Output: 16 Watts
Data Sheet
Obtaining good measurement results requires good and stable lighting. With this in mind Admesy developed the Steropes Halogen light source, which is a stable, accurate light source controlled by a current stabilisation circuit. With the Steropes halogen the user is certain to have a light output at +/- 0,1% / 0C accuracy. ...

Specifications

Type Of Lamp: Halogen
Data Sheet
XENON LAMPS
Advanced Radiation Corp
From Advanced Radiation Corporation, the innovator in lamp technology, a low power, white light, high brightness, true point source is now available. Advanced Radiation Corporations\' 20 watt compact xenon arc lamp represents the state-of-the-art in cathode technology; using the most recent advances in material sciences and ...

Specifications

Type Of Lamp: Xenon
Data Sheet
MERCURY SHORT ARC LAMPS
Advanced Radiation Corp
Advanced Radiation Corporation\'s series of direct current Mercury Short Arc Lamps for photolithography represents the state-of-the-art in design, manufacture, and performance of high intensity ultraviolet sources. These lamps provide intense radiation corresponding to the photo-sensitivity of most presently available photoresist ...

Specifications

Type Of Lamp: Mercury Lamp
Data Sheet
MERCURY-XENON LAMPS DUV-350
Advanced Radiation Corp
Advanced Radiation Corporation\'s series of Deep Ultraviolet (DUV) Short Arc Lamps for photolithography represent the state-of-the-art in design, manufacture, and performance of high intensity sources for short wavelength ultraviolet photoresist exposure. Deep ultraviolet radiation is produced by a mercury-xenon plasma. The ...

Specifications

Type Of Lamp: Mercury Lamp, Xenon
Data Sheet
Standard Deuterium Lamp 6201
BLC America
Deuterium lamps are discharge lamp sources that produce stable high intensity ultra-violet radiation from 160 nm to 400 nm in addition to visible light from 400 nm to 800 nm. Deuterium lamps are ideal sources for UV spectroscopy, high-performance liquid chromatography (HPLC), capillary electrophoresis (CE), pollution monitors, as ...

Specifications

Type Of Lamp: Deuterium Tungsten
Data Sheet
Standard Deuterium Lamp 5211
BLC America
Deuterium lamps are discharge lamp sources that produce stable high intensity ultra-violet radiation from 160 nm to 400 nm in addition to visible light from 400 nm to 800 nm. Deuterium lamps are ideal sources for UV spectroscopy, high-performance liquid chromatography (HPLC), capillary electrophoresis (CE), pollution monitors, as ...

Specifications

Type Of Lamp: Deuterium Tungsten
Data Sheet
Standard Deuterium Lamp 5201
BLC America
Deuterium lamps are discharge lamp sources that produce stable high intensity ultra-violet radiation from 160 nm to 400 nm in addition to visible light from 400 nm to 800 nm. Deuterium lamps are ideal sources for UV spectroscopy, high-performance liquid chromatography (HPLC), capillary electrophoresis (CE), pollution monitors, as ...

Specifications

Type Of Lamp: Deuterium Tungsten
Data Sheet
UV Mercury Grid Lamps
BHK Inc
BHK offers two lines of mercury grid lamps: Standard & High Output. High Output Grid Lamps offer as much as 2-3 times the energy level and are used in applications where speed of process is directly related to the amount of light intensity available. The primary requirement is uniform, high intensity short wave UV radiation over ...

Specifications

Type Of Lamp: Mercury Lamp
Data Sheet
Zinc And Cadmium Analamps
BHK Inc
Low pressure Zinc and Cadmium lamps are major sources of extreme short wave UV radiation. They produce a strong spectral line source at 213.9 nm for Zinc and 228.8 nm for Cadmium. The lamps are constructed using a special vacuum jacket around the double bore lamp body and heat shield. The jacket isolates the lamp body, with the zinc ...

Specifications

Type Of Lamp: Not Specified
Data Sheet
AnaLamp Mercury Lamps
BHK Inc
BHK offers to you our premier line of Low Pressure Mercury Analytical Lamps. Based on years of design modification and perfection, AnaLamps offer users a durable and stable product designed to produce 185nm and 254nm energy or 254nm only for a wide range of applications. These small lamps can be used as is or may be phosphor coated ...

Specifications

Type Of Lamp: Mercury Lamp
Data Sheet
TLS-72-X300 Tunable Light Source
Sciencetech Inc
The TLS-72-X300 is a representative of a large series of Sciencetech Tunable Light Sources (TLS). This complete plug and play system consists of a lamp housing with Xe lamp, 601-300 power supply, 9072 monochromator (1/8 meter),  filter wheel (with 4 filters) mounted to a metal baseplate to create a compact, fully assembled ...

Specifications

Type Of Lamp: Xenon
Data Sheet
TLS-55-Q250 Tunable Light Source
Sciencetech Inc
The TLS-55-Q250 is a representative of a large series of Sciencetech Tunable Light Sources (TLS). This complete plug and play system consists of a lamp housing with 250W QTH lamp,power supply, 9055 monochromator (1/4 meter), filter wheel (with 4 filters) mounted to a metal baseplate to create a compact, fully assembled illuminator. ...

Specifications

Type Of Lamp: Tungsten Halogen Lamp
Data Sheet
TLS-55-X300 Tunable Light Source
Sciencetech Inc
The TLS-55-X300 is a representative of a large series of Sciencetech Tunable Light Sources (TLS). This complete plug and play system consists of a lamp housing with 300W Xe lamp, 601-300 power supply, 9055 monochromator (1/4 meter), filter wheel (with 4 filters) mounted to a metal baseplate to create a compact, fully assembled ...

Specifications

Type Of Lamp: Xenon
Data Sheet
Lambda LS Stand-Alone Xenon Arc Lamp and Power Supply
SUTTER INSTRUMENT
The Lambda LS is a stand-alone illuminator consisting of a xenon-arc lamp, lamp housing, cold mirror and power supply in a single enclosure. The Lambda LS is designed to be used with a liquid light guide which transmits remarkably flat, intense, illumination to the optical train of the user’s microscope or other instrumentation. The ...

Specifications

Type Of Lamp: Xenon
Data Sheet
Mighty Light Plus Broadband Light Source
Spectrolight
The Mighty Light Plus (MLP) is a broadband light source that provides 10X higher spatial brightness than competitive sources: delivering up to 7 watts of collimated output from a 10 mm diameter flexible light guide. Useful output spans 350 nm to >2500 nm and the low-noise output power is smoothly adjustable from 0-100%. ...

Specifications

Type Of Lamp: Tungsten Halogen Lamp
Data Sheet
Mighty Light Compact White Light Source
Spectrolight
The Mighty Light is a compact white light source that is ideal for microscopy, spectroscopy, machine vision, and spectral imaging applications.  The Mighty Light integrates a tungsten halogen bulb and power supply with a control board that delivers uniquely low-noise output.  A series of pre-aligned bolt-on accessories ...

Specifications

Type Of Lamp: Tungsten Halogen Lamp
Data Sheet
The Arcoptix ArcLight NIR & IR are versatile lamps optimized for the VIS-NIR (400 nm – 4,000 nm) or MIR (1-25µm) spectral ranges. The lamps feature an electronically stabilized power supply, a variable mechanical attenuator, and are supplied with a removable fiber coupler enabling free space of fiber-coupled operation.

Specifications

Type Of Lamp: Halogen
Data Sheet

Frequently Asked Questions

Incoherent light sources emit light waves with varying wavelengths, phases, and directions, unlike coherent sources that produce a single wavelength and phase. Examples of incoherent sources include incandescent lamps, halogen lamps, xenon lamps, and LEDs.

Incoherent light sources are used in a variety of analytical and medical applications that require broad-spectrum or multi-wavelength illumination. For example, they can be used as light sources in spectrometers, photometers, colorimeters, and other optical instruments that measure the absorption, transmission, reflection, or fluorescence of samples. They can also be used as light sources in medical devices that perform diagnostic or therapeutic procedures, such as endoscopes, otoscopes, dermatoscopes, and surgical lights.

Incoherent light sources have several advantages over coherent sources in these applications. They can provide a wider spectral range and intensity, which allows for more accurate and sensitive measurements of samples. They can also be more cost-effective, compact, and durable than lasers, which can be expensive and require frequent maintenance.

Incoherent light sources have some limitations in certain applications. For example, they may not have the coherence or directional properties required for some interferometric or imaging techniques, such as holography or coherence tomography. They may also generate more heat and noise than lasers, which can affect the stability and accuracy of measurements. Additionally, they may not have the same level of monochromaticity or polarization control as lasers, which can limit their use in certain spectroscopic or polarimetric applications.

Some examples of incoherent light sources used in these applications include quartz tungsten halogen lamps, deuterium lamps, xenon arc lamps, mercury vapor lamps, and LED arrays. These sources are often chosen based on their spectral range, intensity, stability, and compatibility with the specific application and instrument.

Incoherent light sources can be controlled and optimized using various optical components and filters, such as lenses, mirrors, diffusers, gratings, and interference filters. These components can shape, collimate, focus, or filter the light to match the desired spectral, spatial, or temporal characteristics. Additionally, some incoherent sources can be modulated or stabilized using feedback or control systems, such as temperature or current regulation.

Incoherent light sources can pose some safety risks to patients and operators, especially if they emit high intensities or UV radiation. To minimize these risks, medical devices that use incoherent sources should comply with relevant safety standards and regulations, such as those set by the International Electrotechnical Commission (IEC) or the US Food and Drug Administration (FDA). Additionally, operators should wear appropriate personal protective equipment (PPE), such as goggles or shields, and follow proper handling and disposal procedures for lamps or other components that may contain hazardous materials.

Some emerging trends and technologies in this field include the development of more efficient and durable LED-based light sources, the integration of incoherent sources with microfluidics and nanotechnology for lab-on-a-chip and point-of-care diagnostics, and the use of advanced optical fibers and sensors for remote sensing and monitoring applications. Additionally, the combination of incoherent sources with other techniques, such as Raman spectroscopy, photothermal therapy, or photodynamic therapy, is also an active area of research and development.

There are 111 different Analytical and Medical Applications from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Analytical and Medical Applications with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Analytical and Medical Applications vary significantly for different products based on various factors including technical parameters, features, brand name, etc. Please contact suppliers directly to inquire about the details and accurate pricing information for any product model. Simply navigate to the product page of interest and use the orange button to directly reach out to the respective supplier with one click.

Did You know?

Incoherent light sources, such as incandescent lamps, halogen lamps, xenon lamps, and LEDs, are widely used in analytical and medical applications that require broad-spectrum or multi-wavelength illumination. These sources offer several advantages over coherent sources, such as lasers, including wider spectral range and intensity, lower cost and maintenance, and better compatibility with certain instruments and techniques. In analytical applications, incoherent sources can be used as light sources in spectrometers, photometers, colorimeters, and other optical instruments that measure the absorption, transmission, reflection, or fluorescence of samples. They can also be used in medical devices that perform diagnostic or therapeutic procedures, such as endoscopes, otoscopes, dermatoscopes, and surgical lights. To optimize and control incoherent sources for specific applications, various optical components and filters, such as lenses, mirrors, diffusers, gratings, and interference filters, can be used to shape, collimate, focus, or filter the light. Some incoherent sources can also be modulated or stabilized using feedback or control systems, such as temperature or current regulation. Safety considerations are also important when using incoherent sources in medical applications, as they can pose some risks to patients and operators, especially if they emit high intensities or UV radiation. Therefore, compliance with safety standards and regulations, proper PPE and handling procedures, and careful design and testing are crucial to ensure the safe and effective use of incoherent sources in analytical and medical applications.