ViTec Co. Ltd
"ViTek" is a company founded in 1995 in St. Petersburg. Since our foundation, we have been working in the field of modern industrial measurement and automation. Thanks to access to modern technologies and high technical equipment, a close-knit team of professionals is able to effectively solve the most complex technical problems. We have gone from simple traditional measurement systems to multifunctional complexes using modern machine vision and robotics technologies. Our customers include Russian, European and American companies.
- (812) 575-4591
- (812) 251-06-01
- info@vitec.ru
- Fontanka River Embankment, 170
St.Petersburg, 198035
Russian Federation
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Product
Measuring System
K-5201MA
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To solve this problem, the following composition of the complex was chosen in the test stand conditions:laptop in a protected version PanasonicTBCF-53;measuring block - NIUSB-4431 with a set of vibroaccelerometers AP-2037;vibration excitation system LW 139.151-30 with mounting kit for the disk.The software of the complex provides the following functions:spectral analysis of vibration signals in the regulated range;search for natural excitation frequencies in given frequency ranges;Formation of database of existing disks;generation of reporting forms;and etc.
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Product
Automated Machine Vision SYstem for Counting the Number of Loaves of Bread on the Oven Grid
ALCS
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The system is designed to count the number of products (loaves) in the process of their movement along the conveyor belt after production in the oven.
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Product
Software to Order
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Our company develops turnkey technical vision systems, including writing software for specific tasks of the Customer, such as:- image capture- algorithms for localization and detection of objects- recognitionalgorithms - inspection algorithms, defect detection- logging and archiving- interface operator- programming FPGAs and controllersand much more
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Product
System of Visual Quality Control of Printing on Packaging
ASKKP-2
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The "ASKKP-2" system is designed to control the quality of printing applied to packages with medicines, with the ability to check the quality of permanent printing (applied in a printing house) and variable printing (applied by an industrial printer as part of a packaging machine).
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Product
Automated System for Visual Quality Control of Printing and Marking on Plates
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The automated visual control system (ASVK) is designed to detect defects in the printing of images and markings applied to the blanks of extruded expanded polystyrene during the production of plates.
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Product
Electronic Equipment Testing System
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The task set forth the need to create a special universal software core, the main tasks of which are the provision of measurement and control processes, as well as the interaction of software components intended for collection, visualization, mathematical processing and documenting of data. For each stand, specific program modules were additionally developed according to test methods specific products. The overall modular architecture of the system makes it easy to supplement and correct test algorithms.
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Product
NI Vision Builder for Automated Inspection (AI)
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With Vision Builder AI, you can easily configure your vision system. An easy-to-use interactive development environment replaces the complexities of classic programming, making development and maintenance easy without sacrificing performance or functionality.
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Product
Automated Quality Control System of Capillary Blood Collection Tubes
ASKKP
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The Automated Quality Control System of Capillary Blood Collection Tubes "ASKKP" was developed and put into operation. The customer of the system is Eiliton LLC, a manufacturer of medical equipment.
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Product
Soil Testing Complex
GEOMehanika-M
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The developed measuring complex for testing soils with "GEOMECHANIKA-M" stamps includes:Control and registration unit: measuring station based on NI cRIO equipment, MIDA overpressure sensor, wireless access point AWK-3131-EU-T, pneumatic system based on pneumatics CamozziLinear motion sensorsWireless Operator Console TestSet of connecting cables
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Product
Automated Excise Stamp Control System
Kama
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The automated control (verification) system of excise stamps allows for blotting accounting of alcohol, dairy and other products (inspection of the readability of DataMatrix, PDF, QR, Barcode and other barcodes of excise or federal stamps) at a speed of up to 20 pcs / s. This visual inspection allows you to quickly identify defects in DM and PDF printing. The recognition system also analyzes gaps and doubles in a sequence of codes. The system has its own mechanism for rewinding a roll with a volume of up to 5000 marks. All types of stamps (old and new, large and small) are supported. Wide range of options for configuring scanning parameters and automatic generation of reports for the EGAIS department. Possibility of manual scanning (by hand scanner).
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Product
Registrar Of Parameters
Vibroregistrator-F
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To develop a portable complex (hereinafter referred to as the Registrar) for registration, calculation and analysis of vibration and other parameters of mills while monitoring their technical condition. The registrar must ensure the collection of data coming from the accelerometers, calculate and analyze the values of the required technical parameters of the mills and generate reports on the results of the data.
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Product
Measuring Complex for Registration of Test Parameters of a Pumping Unit
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Portable portable complex for measuring and recording parameters of factory testing of horizontal pumping units.
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Product
NI Vision Acquisition Software
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NI Vision Acquisition Software - NI LabView software for acquiring, storing, and displaying camera images.
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Product
Automated Control System
TermoPress
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Create a system for controlling and regulating the temperature of hydraulic press plates, as well as recording the current temperature and pressure values. Solution The system has the following basic functionality:configuring and setting the working parameters of presses;start and stop the technological process of the individual press;temperature control and pressure control;forming a timetable for the work of presses;registration of process parameters on an electronic carrier;archiving and viewing of archived data;construction of reports on the technological process in text and graphic form;Turn on and off the power of the press groups.
