McPherson
Chelmsford, MA 01824-4107
New Model 234/302 Monochromator Equipped with Grating Turret
Separates light into constituent wavelengths, usually with narrow spectral bandwidth. Grating densities range from 2400 to 300 grooves per millimeter. Includes digital grating drive for precise wavelength selection and positioning.
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New Flat-field Diffraction Grating Suitable for Work from 50 to 200 nm
Improves efficiency and range of the McPherson model 251MX in the deep UV and vacuum ultraviolet. Adjustable detector mount accommodates direct-detection digital cameras or microchannel plate intensifiers. Allow users to reach long or short wavelengths and collect different simultaneous wavelength regions for general purpose spectroscopy, plasma physics and process monitoring.
Read More »
New Spectrometers from McPherson Can Detect Mid- and Long-Wave Infrared Light
Grating groove density and optimum blaze wavelengths range from ultraviolet and visible wavelengths 0.2 up to 20 microns long-wave infrared. Provide spectroscopic capability to interrogate feature-rich region of long-wave infrared. Ideal for imaging applications in chemistry, biology, aerospace and defense.
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Soft X-Ray Light Source Comes with Six Position Anode Carousel
Features include standard NW40K vacuum flanges and two equivalent output beams. Provide emission loop regulation for control of filament and high voltage. Allow adjusting high-voltage to 10,000 volts and current up to 10 milliamps.
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New McPherson Model 251MX Spectrometer Features Shallow 1.5 Degree Grazing Incidence Angle
The McPherson Model 251MX Spectrometer is designed for energy photons such as x-ray and extreme UV (EUVL). The device provides an operating range from 8 eV to 2000 eV (0.5 to 150 nm) and is available for ultra high-vacuum, metal-sealed, 10E-10 Torr applications. The product works with micro-channel plate intensifiers (MCP) and/or direct detection CCD array detectors. The aberration correction...
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Triple Spectrometer utilizes reflective optics.
Triple Spectrometer is used to measure Raman, photoluminescence and Thomson scattering measurements. Unit offers triple configuration which allows user to create a bandpass notch of select wavelengths and disperse onto sensitive CCD. Product can be equipped with diffraction gratings and comes with astigmatic optics.
Read More »
64-bit LightField® Software comes with an Add-In feature.
64-bit LightField® Software is suitable for deep UV, soft X-ray spectrometers and soft x-ray cameras. Unit allows user to access real-time math engine, SmartSearch, and the virtual optical bench. Spectrometers can capture data which can be exported in formats such as TIFF, FITS, ASCII, AVI, IGOR and Origin®.
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Imaging Spectrometer comes with entrance slit width of 0.02 mm.
Imaging Spectrometer is suitable for high vacuum (10E-6 Torr) and ultra high vacuum (10E-10 Torr) applications. Unit can be integrated with microchannel plate intensifiers or sensitive CCD detectors. Product is used to view plasma impurity emission lines in the wavelength range of 300 to 3200 Angstroms. Spectrometer comes with an adjusted horizontal aperture and can be used for scanning...
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Improved Deep Ultraviolet Spectrum Measurements
McPherson is pleased to announce: New digital flow controllers improve measurement accuracy in the specialized VUVAS ultraviolet spectrophotometer systems and improve lifetime of ultraviolet lamps at short wavelengths. Ultraviolet photons are sufficiently energetic to break bonds and reorganize molecules. Making and measuring light below 200nm demands special experimental considerations, it...
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Hollow Cathode UV Lamp offers computer controlled gas flow.
Capable to introduce and ionize samples simultaneously, Model 629 Hollow Cathode UV Lamp works in the wavelength from double ionized Helium at 30 nm up to the visible light range (2 to 40 eV). Suitable for wavelength calibration, units emit electromagnetic radiation at wavelength characteristic of the gas flowing in the system. These lamps are operated with Helium as a carrier gas and at...
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New Model 234/302 Monochromator Equipped with Grating Turret
Separates light into constituent wavelengths, usually with narrow spectral bandwidth. Grating densities range from 2400 to 300 grooves per millimeter. Includes digital grating drive for precise wavelength selection and positioning.
Read More »
New Flat-field Diffraction Grating Suitable for Work from 50 to 200 nm
Improves efficiency and range of the McPherson model 251MX in the deep UV and vacuum ultraviolet. Adjustable detector mount accommodates direct-detection digital cameras or microchannel plate intensifiers. Allow users to reach long or short wavelengths and collect different simultaneous wavelength regions for general purpose spectroscopy, plasma physics and process monitoring.
Read More »
New Spectrometers from McPherson Can Detect Mid- and Long-Wave Infrared Light
Grating groove density and optimum blaze wavelengths range from ultraviolet and visible wavelengths 0.2 up to 20 microns long-wave infrared. Provide spectroscopic capability to interrogate feature-rich region of long-wave infrared. Ideal for imaging applications in chemistry, biology, aerospace and defense.
Read More »
Soft X-Ray Light Source Comes with Six Position Anode Carousel
Features include standard NW40K vacuum flanges and two equivalent output beams. Provide emission loop regulation for control of filament and high voltage. Allow adjusting high-voltage to 10,000 volts and current up to 10 milliamps.
Read More »
New McPherson Model 251MX Spectrometer Features Shallow 1.5 Degree Grazing Incidence Angle
The McPherson Model 251MX Spectrometer is designed for energy photons such as x-ray and extreme UV (EUVL). The device provides an operating range from 8 eV to 2000 eV (0.5 to 150 nm) and is available for ultra high-vacuum, metal-sealed, 10E-10 Torr applications. The product works with micro-channel plate intensifiers (MCP) and/or direct detection CCD array detectors. The aberration correction...
Read More »McPherson Appoints Titan Electro-Optics Exclusive Agent in P.R. China and Hong-Kong
April 11, 2018 by McPherson, the spectroscopy people CHELMSFORD, MA. April 10, 2018 – McPherson, the leading manufacturer and fabricator of research grade spectrometers, has appointed Titan Electro-Optics Co., Ltd. as Exclusive Agent in P.R. China and Hong-Kong. Customers in these areas can expect an improved buying experience and simpler product selection/specification and importation....
Read More »Deep UV Session No. 2 a Practical and Classroom Ultraviolet Measurement Session
What can you learn with McPherson? McPherson is pleased to announce the spring 2018 hands‐on learning session. Held at McPherson headquarters in Chelmsford, Massachusetts USA the “0418 Deep UV Class” provides access to vacuum‐ and purged deep UV spectrophotometers, ancillary laboratory equipment, and knowledgeable instructors. We combine classroom explanations with lots of time running...
Read More »Hands‐on learning at McPherson
What can you learn with McPherson? McPherson is pleased to announce the spring 2018 hands‐on learning session. Held at McPherson headquarters in Chelmsford, Massachusetts USA the “0418 Deep UV Class” provides access to vacuum‐ and purged deep UV spectrophotometers, ancillary laboratory equipment, and knowledgeable instructors. We combine classroom explanations with lots of time running...
Read More »
Triple Spectrometer utilizes reflective optics.
Triple Spectrometer is used to measure Raman, photoluminescence and Thomson scattering measurements. Unit offers triple configuration which allows user to create a bandpass notch of select wavelengths and disperse onto sensitive CCD. Product can be equipped with diffraction gratings and comes with astigmatic optics.
Read More »
64-bit LightField® Software comes with an Add-In feature.
64-bit LightField® Software is suitable for deep UV, soft X-ray spectrometers and soft x-ray cameras. Unit allows user to access real-time math engine, SmartSearch, and the virtual optical bench. Spectrometers can capture data which can be exported in formats such as TIFF, FITS, ASCII, AVI, IGOR and Origin®.
Read More »