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The Seam Tracking System is designed to be used in robotic welding systems and is intended to automatically control the position of the welding torch during the welding process.
Main features:
- direct connection of the scanner to the robot controller without an intermediate computing module;
- control of the movement of the robot and full cycle of welding process;
- built-in interfaces to popular robots;
- ready-made file of various types of welding joints;
- simple and intuitive building a work algorithm inside scanner WEB-interface using a graph of smart blocks;
- 3D real-time tracking visualization;
- the set of scanners of various ranges, optimized for work in welding conditions.
Product Details: Laser Seam Tracking System for Welding Automation
e-mail: info@riftek.com website: https://riftek.com RIFTEK - development and fabrication of electronic measurement instruments.
The system is designed for automated control of tube sheet hole diameters. Main components of the system:
- Laser triangulation probe(s) RF609-Wi-Fi Series.
- Industrial tablet with software.
Hole inspection is performed as follows:
- The laser triangulation probe is installed in the spindle of the CNC machine.
- The CAD file of the controlled tube sheet is uploaded into the program on the tablet.
- The operator enters the sequence of measuring the tube sheet holes into the machine program and the system program.
- The tablet is switched to data reception mode, and the scanning program is launched on the machine.
Product Details: Tube Sheet Holes Measurement System
e-mail: info@riftek.com website: https://riftek.com/ RIFTEK - development and fabrication of electronic measurement instruments.
The system is designed for contactless automatic measurement of geometrical parameters of railway wheels and uses a combination of 2D laser scanners, mounted wayside in the track area. The system can be easily installed at any type of rail infrastructure.
Measured parameters:
- Wheel profiles
- Flange height
- Flange thickness
- Flange slope
- Rim thickness
- Tire width
- Back-to-back distance
- Wheel diameter The system can be easily installed at any type of rail infrastructure.
Product Details: Real time wheels geometry measurement system
e-mail: info@riftek.com website: https://riftek.com/ RIFTEK - development and fabrication of electronic measurement instruments.
Until now, this kind of control is carried out with manual measuring instruments, but such measurements are very time-consuming, not technologically advanced and do not provide the required amount of reliable information. An automated laser system is designed for obtaining a complete 3D model of the inner surface of the burner and wear calculation with high resolution and accuracy.
Main parameters (can be changed on request):
• Scanning depth, mm: 2000
• Measured diameters, mm: 440…1440
• Wear measurement accuracy, mm : ±0.5
e-mail: info@riftek.com
website: https://riftek.com/
RIFTEK - development and fabrication of electronic measurement instruments.
Analysis, calculations, measurements, control of dimensions are carried out directly in the scanner according to the algorithm created by the user. Project: robotic quality control of the geometry of the groove and chamfer of the parquet board.
Controlled parameters:
• inclination angle of the chamfer;
• chamfer width;
• groove depth;
• groove width.
Task:
1) Сontrol of geometric parameters in real time.
2) Transmission of measurement results to the enterprise network via the EtherNet/IP protocol.
3) Checking for compliance with tolerances and generating a logical signal PASS/FAIL.
More information here: https://riftek.com/p
e-mail: info@riftek.com
website: https://riftek.com/
RIFTEK - development and fabrication of electronic measurement instruments.
Laser scanning of the inner surface of the tubes using RF609-9/19 triangulation sensor.
Basic technical data:
• Sensor body diameter 8.5 mm
• ID measuring range 9…19 mm
• ID measurement accuracy +\-2 um
• Sensor rate 9400 Hz
• In-built controller (RS485 output interface)
Measurements:
• ID
• Ovality
• Roundness
• Coaxiality
• Cylindricality
e-mail: info@riftek.com
RIFTEK - development and fabrication of electronic measurement instruments.
www.riftek.com
ID measuring system RF609-9/19-139-Wi-Fi
Measured parameters:
• Diameter
• Ovality
• Rroundness
e-mail: info@riftek.com
RIFTEK - development and fabrication of electronic measurement instruments.
www.riftek.com
3D inspection machine RF096.2D-100/410-305
Measured parameters:
• Height
• Inner diameter (average, min, max)
• Roundness (average, min, max)
• Top and Bottom Chamber width (average, min, max)
• Top and Bottom Chamber angle (average, min, max)
Measurement method: laser scanning by rotating 2D profiler.
e-mail: info@riftek.com
RIFTEK - development and fabrication of electronic measurement instruments.
www.riftek.com
The gauge is designed for non-contact scanning and measurement of the inner diameter (wear) of pipes.
The device has following parameters, which can be changed on request (minimum measurable diameter = 9 mm):
• ID measurement range, mm 18…30
• Measurement accuracy, mm ±0.05
• Measurement depth, mm 155…307
e-mail: info@riftek.com
RIFTEK - development and fabrication of electronic measurement instruments.
www.riftek.com
The Pipe ID Control System is intended for non-contact scanning and inner diameter measurement of the tubes.
Main parameters:
• Measured ID range
• from 35 to 55 mm,
• ID measurement accuracy
• ±0.05 mm,
• Angle scan resolution
• 3200 points/turnover,
• Tube depth measurement range.
e-mail: info@riftek.com
RIFTEK - development and fabrication of electronic measurement instruments.
www.riftek.com
Automatic device for monitoring geometric parameters of large size pipes based on Riftek Laser Scanners RF620 Series.
e-mail: info@riftek.com
RIFTEK - development and fabrication of electronic measurement instruments.
www.riftek.com
RF096-100/250-87-HH The operation of the gauge is based on the principle of laser scanning of the inner surface of the pipe by a rotating laser head. Basic technical data:
- ID measurement range, mm - 100…250;
- Accuracy, µm - ±50;
- Number of sensors in the laser head - 2;
- Measured parameters - ID, ovality, roundness. RF096-Dmin/Dmax-L-HH
.
Any custom ranges and accuracy. Minimum measurable diameter - 9 mm. e-mail: info@riftek.com RIFTEK - development and fabrication of electronic measurement instruments
The machine is designed to control the geometrical parameters of the 'shaft' type parts.Field of application: large-scale production.
Place of installation: production line, or laboratory.
Main parameters:
• Shaft length
• from 160 to 750 mm,
• Shaft diameter,
• from 5 to 30mm,
• Measurement accuracy ±2 um,
• Time of measuring the shaft of the maximum length - less than 20 s,
• Sorting "OK/NOK",
• Ability to sort by groups.
e-mail: info@riftek.com
RIFTEK - development and fabrication of electronic measurement instruments.
www.riftek.com
The machine is designed for contactless scanning and geometrical parameters measurement of the leaf springs holes.
Real Time Wheels Geometry Measurement System 3DWheel.
e-mail: info@riftek.com
RIFTEK - development and fabrication of electronic measurement instruments.
www.riftek.com
3DGipsumB. The system for gypsum boards dimensional measurement
Turn-key solution on the base of 2D laser scanners and point triangulation sensors for continuous contactless measurement of gypsum boards geometrical parameters.
The company itself is a major supplier of turnkey robotic solutions for automotive customers.
The inspection machine is designed for control of one of the main parameters characterizing the quality of the screen, namely, the constancy of the interwire gap (slot opening) along screen length.