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
Station Of Acceptance Testing
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The acceptance test station consists of a personal computer - the workstation of the operator of the testing station, contact mechanisms, as well as current and voltage sensors. The station allows to test up to 10 electric motors of various types simultaneously. The operator of the testing station indicates the test sites at which the engine tests will be conducted, their type (from the database), serial numbers and a set of tests.
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Product
Static Soil Tester
GEO-probe
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The complex is implemented on the basis of a portable computer and the CompactRIO control and measuring system. The software for recording and displaying measured signals and control of measuring equipment is developed on LabVIEW. The second modification of the measuring system includes, developed by our company, a miniature digital measuring module of a strain gage with a built-in ADC and inclinometer and a USB interface for connecting the digital measuring module of the probe to the computer.
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Product
Automated Visual Control System
Eyesystem 1.0
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To develop a system for automated detection of rejects in the process of filling yoghurt into a bottle on a production conveyor.
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Product
Railway Wheel Number Identification Complex
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Our automated scanning system is based on smart 3D cameras SICK Ruler E 600. Information about the wheel profile from the camera via a high-speed Gigabit Ethernet interface is sent to a dedicated computer for processing, detecting and recognizing the alphanumeric sequence applied to a specific section of the wheel. Synchronization with the rotation system is carried out by means of a high-precision encoder, with the conveyor system - via the Profibus DP interface. The complex is designed to scan wheels of various standard sizes and allows with a high resolution (tenths of a millimeter), without readjustment, to read numbers from wheels at a radius of 100 to 600 mm in 45 seconds.
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Product
Wheelset Axle Identification Using 2D DMC Codes
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Automation of the process of identifying the axles of wheelsets at the site of the final inspection by the two-dimensional codes applied to them. The system should provide automatic search, reading and recognition of a two-dimensional code punching on the axis. The recognition result should be automatically transmitted to the ultrasound diagnostic unit as an identifier of the controlled object.
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Product
Robotic Cell for Testing Car Multimedia System
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It is necessary to develop an automated system for testing a multimedia device. The system should perform functional testing: testing of physical buttons, touch screen and logic of operation.
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Product
Automated System for Identification and Control of Pharmaceutical Codes
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The automated system for identifying pharmaceutical codes includes two scanners of the pharmaceutical code, two sensors for the presence of an object and a data processing unit (BOD). When the box or instructions are passed under the object presence sensors, the farm code is read by the corresponding scanner and the results are transmitted to the computer via the Ethernet interface. The BOD verifies the correctness of the read out farm code by comparing this code with the reference farm code set at the beginning of the system operation. If the farm code has not been read or does not match the standard, the packaging machine stops and the type of error is displayed on the indicators.
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Product
Checking the Geometry and the Placement of the Weld
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Based on the real geometric three-dimensional profile of the weld (groove) on the outside of a large diameter pipe, determine the offset of the center of the weld (groove) from the weld line. Provide continuous output of results through the RS-232 interface to the welding process control system. Provide a graphical picture of the current profile, the values of the specified and calculated geometric parameters to the operator.
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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
Serial Production Mark Quality Control
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The control system is based on the Sick IVC smart camera, which not only captures, but also processes the image. After training on the font samples, the system practically does not require the operator's attention in addition to setting the current marking for control. The character set can be specified by the operator or transmitted via the interface from the printer or from the enterprise information system.The camera software works autonomously: it loads all settings from the camera's permanent memory, initializes the backlight electronics and waits for a signal from the object presence sensor. When a signal is received from the sensor (an object in the shooting area), the camera captures the frame, searches for markings and analyzes the symbols for their compliance with the exemplary set.
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Product
Calibration And Verification Instruments
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The system of automatic calibration and verification consists of a computer of the operator's workplace and a control controller with a calibrator connected to it and a verified device. The device under test can have 4 to 16 working channels with a complicated circuit for connecting different types of signals: voltage, current, thermocouples, thermoresistance. The system allows a change in the set of operating ranges during calibration and calibration. The software development system used the LabVIEW development environment with the Real-Time module.
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Product
Large Electrical Machines Bench Testing
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The automated system for recording parameters during testing of gas turbine generators consists of several independent but interacting measuring subsystems and a signal conditioning system. The subsystems for recording "fast" signals are implemented on the PXI platform, "slow" signals are registered by a subsystem built on the basis of the Compact FieldPoint platform.
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Product
Machine Vision Computer with Built in I/O
Neousys Nuvis
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Nuvis-5306RT , Nuvis-534RT, Nuvis-7306RT contain interfaces for connecting to all necessary devices: LED lighting controller, camera trigger, encoder input, PWM output and digital I / O lines.- Intel® 7th Gen Core ™ i7 / i5 65W / 35W, up to 32GB DDR4- Built-in I / O- 4-CH CC / CV backlight controller- 4-CH trigger camera- 1-CH quadrature encoder input- 8-CH isolated DI and 8-CH isolated DO- Built-in camera interfaces- 4-CH IEEE 802.3at Gigabit PoE + ports- 4-CH USB 3.1 Gen1 ports- NVIDIA 75W GPU Support
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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.
