The CRAIC Technologies MP-2™ Microscope Photometer is designed to add photometry and imaging to an optical microscope. With a spectral range from the deep UV to the near infrared, the MP-2™ is better described as a microscope radiometer. It is limited only by the microscope’s optics.
The CRAIC MP-2™ microphotometer enables collection of transmission, reflectance or even fluorescence and luminescence photometric data of microscopic samples.
The MP-2’s solid state detectors have dynamic ranges and sensitivities greater than PMTs or imaging systems and with complete software control, either broad- or narrow-band, photometric intensity measurements can be made. Typical applications include:
- Cytophotometry & immunohistochemistry
- Cytofluorimetry & immunofluorescence
- Intracellular calcium measurements
- Gemology & mineralogy
- Thickness measurements
- Ion & pH measurements
- DNA analysis
- Photoreceptor analysis
Please contact us for more details.
Tailored for cost effective multiple spectroscopic analysis of many types of microscopic samples, FLEX™ operates from the deep ultraviolet to the near infrared. Depending upon the configuration, samples can be quickly and accurately analysed by absorbance, reflectance, luminescence and fluorescence.
FLEX™ can also image microscopic samples directly via its DirecVu™ optics and grab high resolution digital colour stills. Additional options include a measurement capability for refractive indices and thin film thickness. FLEX™ is a multi-functional tool for the laboratory or factory, offering superior solutions for analytical challenges.
For further details on this and other CRAIC products, please contact us.
CRAIC Technologies has developed software to measure time-dependent changes of microscopic samples in full UV-VIS-NIR reflectance, absorbance and emission spectra.
The new CRAIC TimePro™ Kinetic Spectroscopy package is designed to be used with Lambdafire™ software equipped CRAIC Technology microspectrophotometers. CRAIC TimePro™ allows the user to monitor changes in the spectra over time, providing a unique and valuable tool for chemists and biological researchers.
CRAIC FilmPro™ is a film thickness measurement software package developed for CRAIC microspectrophotometres equipped with the Lambdafire™ software. It allows the user to rapidly measure the thickness of thin films and analyse many materials on both transparent and opaque substrates. It is ideal for determining the thin film thickness on semiconductors, MEMS devices, disk drives, flat panel displays, and more. This powerful and flexible software can be used in many different fields and in everything from research to industrial settings.
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Elliot Scientific is now offering the new 20/30 PV™ microspectrophotometer from CRAIC Technologies to scientists in the UK and Ireland. As the latest product of the company, the 20/30 PV™ microspectrophotometer excels in non-destructive rapid analysis of many types of sub-micron or larger samples from the deep ultraviolet to the near infrared using multiple techniques that include:
The flagship system can also be used to image microscopic samples in the UV, visible, and NIR via its research grade optics. Applications are numerous and include materials science research, forensic analysis of trace evidence and documents, spectral analysis of minerals, measurement of protein crystals, contamination analysis on hard drives and thin film measurement on patterned semiconductors.
Dr. Paul Martin, President of CRAIC Technologies, told Elliot Scientific that the cutting-edge 20/30 PV™ microspectrophotometer offers more power and capabilities than any previous CRAIC instrument and has “up to twice the sensitivity of previous models, an extended spectral range and all new software”.
Touch screen controls, sophisticated software, calibrated variable apertures and other innovations all point to a new level of sophistication for microanalysis that makes the 20/30 PV™ more than just a scientific instrument… it is the solution to your analytical challenges.
Solus Technologies is a manufacturer of an innovative range of Semiconductor Disk Lasers (SDL) that utilise unique, custom-designed semiconductor structures. Their experience in III-V semiconductors, optical components and DPSS laser engineering brings products and solutions to a diverse range of customers, from OEM applications – for example, high volume printing and semiconductor metrology – through to precision scientific markets such as high resolution spectroscopy.
Meridian is a family of tunable 2 µm lasers provide a winning combination of high power (150 mW), compact footprint and a wide range of custom wavelengths (from 1.9 to 2.5 µm) that includes those traditionally difficult to reach in the mid infra-red. Meridian offers exceptional flexibility in configuration and operation, providing a cutting edge product for applications that include: gas sensing, molecular spectroscopy (ideal for the top 4 greenhouse gases), and bio-medical imaging and analysis.
Axiom delivers the performance you need from a cutting edge laser on the important 514 nm line by combining excellent beam quality with high power and narrow linewidth. Alternatively, Axiom can be delivered with a user specified operating wavelength that’s accurate to ±1 nm at any wavelength between 500 and 599 nm. Axiom excels in a range of lab or industry applications, such as biophotonics and metrology, offering outstanding power and flexibility from a compact cost effective form factor. It is the ideal replacement for a legacy Argon-Ion system for example.
For more information on these laser, please contact us.
This year’s event, at the San Diego Convention Center, promises to be one of the largest meetings of the Society to date, with over 6,000 biophysicists from all around the world.
Elliot Scientific will be demonstrating a laser tweezer system designed for the optical trapping of micron-sized or smaller neutral particles, as well as our range of precision miniature slides and XYZ flexure stages for the manipulation of biological structures in the lifesciences.
Tristan Technologies is a leader in SQUID – Superconducting Quantum Interference Device – equipment. Tristan’s low- and high-temperature sensors are unsurpassed in real world performance, with their iMAG series using microprocessor-based multichannel control electronics and advanced fibre optic linked flux-locked loop circuits. Tristan manufactures complete SQUID systems for materials analysis, biomagnetic measurements and non-destructive testing based on either low-temperature or high-temperature technology.
From the first commercial closed-cycle refrigerated biomedical SQUID magnetometer to the first commercial dilution refrigerator to operate below 3 mK, Tristan’s cryogenic expertise has led to advances in both instrumentation and conventional refrigeration.
With sensors, electronics, cryogenics and software, Tristan supplies complete solutions for magnetic sensing applications making them the world’s most comprehensive source of SQUID technology.
For more information on the Tristan product Elliot Scientific can supply, please contact us.