ERRECI
Spettrofotometria UV/VIS/NIR

UV/VIS Spectrophotometers

For Molecular Biology applications (DNA, RNA, Proteins, CyDye, Oligo, etc.)

UV/VIS/NIR spectrophotometers with virtual dual-beam optics and dual optical beams. The range covers all needs, from routine quality control applications to high-performance systems with very low scattered light. Special versions are available for water analysis, food analysis (food and beverage), molecular biology (microvolumes for nucleic acids), and tablet dissolution.

They are availableUV/VIS spectrophotometers for Molecular Biology applications (DNA, RNA, Proteins, CyDye, Oligo, etc.)with the classic cuvette sampling technique, or with the "drop" option to use microvolumes (up to 0.5 µl with the µLite port).

GBC UV/VIS/NIR Spectrophotometry

CINTRA High Performance Dual Optical Beam UV/VIS/NIR Spectrophotometers

The new Cintra range of high-performance double-beam spectrophotometers offers the versatility required for the diverse applications of the modern laboratory. The range meets all requirements, from routine quality control applications to ultra-high-performance systems featuring very low stray light, analysis up to 4 absorbance units, continuously variable bandwidth and a double monochromator. In addition to traditional accessories such as cell changers, temperature control systems, Sipper, etc., an integrating sphere is available for transmission or reflection measurements on solids. The Cintra series is controlled by the new versatile Cintral software, featuring functions such as kinetics, scans, color analysis, molecular biology analysis, self-validation functions, etc.

OPEN PATH FTIR SYSTEM

for open-path emission and transmission measurements

System for environmental analysis and emission control based on Fourier Transform Infrared (FTIR) technology.
The Infrared Analyzer is able to perform an analysis of the Infrared spectrum (Mid IR or Far IR or Near IR) using an open optical path (Open Path) determined by the operator simply by positioning the source module and the spectrometer/Detector/Telescope module so as to include the optical path of interest between the two modules.

The system is easily transportable and simple and intuitive to use.

It is composed of a steerable infrared source, a telescope to focus the incident radiation, a high-resolution FTIR spectrometer (interchangeable interfractor, optics and detector); everything is managed by a software operating in a Windows environment from a personal computer.

The user simply needs to determine the optical path of interest and, guided by the software, perform a multiparametric analysis of different types of gases of industrial, ecological and research interest.

Systems for the determination of indigo

Thesystemfor thedeterminationautomatic of theINDIGOIt is based on UV/VIS Spectrophotometry.
The spectrophotometer is part of a computerized system completed by an automatic diluter and software operating in a Windows environment capable of managing the various modules as well as acquiring and processing the data coming from them.
The spectrophotometer, after the dye has been appropriately diluted, determines the UV/VIS spectrum of the indigo which is analyzed and normalized with respect to a series of standards of known concentration.
The results are stored in a comprehensive report and can also be printed.
The software requires an IBM AT compatible PC and a Microlab model or compatible single-syringe automatic diluter dispenser.
The software, the "heart of the system", is able to perform a qualitative and quantitative determination of the colorant in the dye baths:

• Quantitative analysis of the INDIGO weight in the dye bath based on a calibration line.
• Qualitative analysis with normalization of the absorbance spectrum of the bath compared with the spectrum of a reference standard.
• Automatic control and execution of dye dilution.
• Controlling the dominant wavelength.
• Ability to use previously analyzed samples as new calibration spectra.