Spectrophotometers and spectroscopes
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Handheld spectroscope 1500 series
Producer: Kruess
Nr CAT:
Prism: Amicinprism, Amicinprisma
Options: Linear dispersion 40 mm, Linear dispersion 60 mm
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Handheld spectroscope 1700 series
Producer: Kruess
Nr CAT:
Observation tube: Movable, with locking screw
Prism: 1718
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Gemmological spectroscopes
Producer: Kruess
Nr CAT:
Description: CF = angle dispersion 7 °
Power supply: Automatically switchable 110-240 V power supply, N / A
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Spectrophotometer Zuzi
Producer: Auxilab
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Wavelength range: 200-1000 nm, 190-1100 nm, 190-900 nm
Bandwidth: 5 nm, 2 nm, 4 nm, variable: 0,5/1/2/4/5 nm, constant; range 0,1-5 nm (spacing 0,1 nm)
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Reagents for enzymatic and colorimetric analysis
Producer: Steroglass
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Description: ACETALDEHYD, ACETIC ACID, ACETIC ACID (auto), ANTOCYANINS, ASCORBIC ACID, CALCIUM, CATECHINES, CHLORS , CITRIC ACID , COLOR, COPPER, GLYCERINE , D-GLUCONIC ACID , IRON, D-LACTIC ACID , L-LACTIC ACID, MAGNESIUM, D-MALIC ACID , L-MALIC ACID , L-MALIC ACID (AUTO), PYRUVIC ACID, POLYPHENOLS, POTASSIUM, STABILITY OF PROTEINS, ALPHA AMINO NITROGEN, AZOT AMMONIA, GLUCOSE-FRUCTOSE, GLUCOSE + FRUCTOSE (SEPARATE), SUCROSE STARTER, GLUCOSE-FRUCTOSE (auto), GLUCOSE (auto), FREE SO2, TOTAL SO2, TARTARIC ACID
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Semi-automatic multi-parameter analyzer One
Producer: Steroglass
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Description: More than 132 programmable methods
Model: SQAS073682
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Hyperlab Plus and Basic multi-parameter analyzer
Producer: Steroglass
Nr CAT:
Parameter: SQRQ060129, SQRQ074351
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Spectrophotometer XD7000 XD7500
Producer: Lovibond
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Description: Measurement of 150 parameters, VIS technology, Measurement of 150 parameters, UV-VIS technology
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SELECTA spectrophotometer
Producer: Auxilab
Nr CAT:
Wavelength range: 325-1000 nm, 190-1100 nm
Bandwidth: 5 nm, 4 nm, 2 nm
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A spectrometer is an optical device widely used in various laboratories and in industry. The spectrometer is now one of the basic devices of the so-called optical instruments. Among the models available on the market, we distinguish models that are simple to use and inexpensive, but also technically advanced devices that are fully automated, where the measurement is carried out in a very fast way and the results obtained are with very high accuracy.Spectroscope, on the other hand, consists of a horizontal disc with an angular scale. Inside it is placed a prism or diffraction grating, a telescope rotated around the disc and a collimator, equipped with a light source. The angle dispersion of spectroscopes varies between 2 and 7 degrees. The spectrometer is basically built with a vacuum chamber, an electromagnet, a detector and systems responsible for adjusting and recording the resulting optical spectrum. Through a slit of adjustable width, the measured light enters the collimator tube at the focus of the lens, which is located at its rear end. The light beam, which is a divergent beam when it enters the collimator, is transformed into a parallel beam and then falls into the spectrometer's telescope, and the telescope lens in focus produces a slit image, which is viewed through the eyepiece. There is an indicator (shaped like a vertical scratch) in the focus of the spectrometer's objective lens, which facilitates the telescope's alignment to a given, selected spectral line. When the spectrometer has a detector with a substantial working area, this allows for accurate as well as rapid analysis of the sample under study. The division of spectrometers, in addition to the division into simple and more advanced devices, can be made on the basis of their operating principle. Optical emission spectrometers with spark excitation, so-called spark spectrometers, allow accurate analysis of light elements. Fluorescence and X-ray spectrometers use the energy-dispersive X-ray fluorescence method for measurements. Spectrometers have a very wide range of applications and allow testing of many different substances. Spectrometers are often used, for example, to identify dioxins or to test metals, for example, by pharmaceutical companies during the diagnosis of various diseases. Diagnostic and chemical laboratories most often use near-infrared spectrometers in which the analysis of the sample is carried out quickly and without interference with the structure of the test material. In mass spectrometers, the spectrum of the masses of atoms and the molecules containing it is used to study the substance - by this method it is possible to identify chemical compounds and the percentage composition of the substance under study.Spectrometers are optical devices widely used both in industry and in laboratories. There are very many types of spectrometers depending on the type of operation, and, of course, on the sophistication of the measurements and the device. When choosing the right device, it is worth taking advice from consultants who will not only provide a quotation for the device intended for our research, but will also be able to provide appropriate training, demonstration and provide warranty and post-warranty service for the device. Invited to get acquainted with our offer of spectrometers and spectroscopes. Our qualified advisors will select the right equipment for your needs, not only fulfilling all the functions assumed by you, but also one that will be optimal in economic terms.