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2D Laser Scanners

The laser scanners are intended for non-contact measuring and checking of surface profile, dimensions, sorting and sensing of technological objects, 3D models construction.

The series includes: RF627 — universal high-speed scanners, RF627Weld — scanners for welding robots, RF627AVIKScan  weld inspections scannersRF627Smart  scanners with in-built measurement functions (from September 2019), RF629  ultra-fast scanners, up to 50000 profiles/s (from September 2019).

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Models
  • RF627 Series

    RF627 Series

     

      Measuring ranges, mm: from 10  to 1165
    Linearity, % of F.S: ±0.05
    Measuring rate, profiles/s: 484,938,5096, 6800

    19 models of:

    • compact, high-precision, high-speed scanners
    • Available in RedBlue and IR diode wavelengths
    See detailed specifications →
  • RIFTEK Lamia <br/>Software for seam tracking and measurement

    RIFTEK Lamia
    Software for seam tracking and measurement

    • recognizing, tracking and measuring geometric parameters of objects (for example, weld seams) in accordance with the selected math algorithm (template);
    • connecting to the client controllers to transmit results;
    • data visualization;
    • setting and control of 2D laser scanner parameters.

    Presentation of the Software including photo and video of implemented are located at RIFTEK Lamia - Seam Tracking and Measurement Software page.

     

    See detailed specifications →
Specifications

2D laser scanner RF627. Specification

Range MR, mm SMR, mm EMR, mm Хsmr, mm Xemr, mm Laser Size, mm Weight, kg
25/10-8/11 10 25 35 8 11 660 nm
or 405 nm
or 808 nm
Class 2M
72х71х44 Fig. 1 0,37
65/25-20/22 25 65 90 20 22 93х63х44 Fig. 2 0,6
75/50-30/41 50 75 125 30 41
70/100-48/82 100 70 170 48 82
70/150-58/122 150 70 220 58 122
95/150-53/106 150 95 245 53 106
82/200-60/150 200 82 282 60 150
90/250-65/180 250 90 340 65 180
180/250-170/278 250 180 430 170 278 L=326 Fig. 3 2
190/300-160/300 300 190 490 160 300 L=283 1.9
220/300-203/330 300 220 520 203 330 L=374 2.1
260/400-210/400 400 260 660 210 400 L=350 2.2
325/500-268/500 500 325 825 268 500 L=415 2.3
400/600-320/600 600 400 1000 320 600 L=490 2.4
475/700-374/700 700 475 1175 374 700 L=558 2.5
545/800-425/800 800 545 1345 425 800 L=627 2.6
615/900-480/900 900 615 1515 480 900 L=696 2.7
690/1000-535/1000 1000 690 1690 535 1000 L=765 2.8
620/1165-430/1010 1165 620 1785 430 1010 L=554 2.5

 

Sampling rate and accuracy
Nominal sampling rate
(full working range)
484 profiles/s (standard mode),
938 profiles/s (DS mode)
Maximal sampling rate
(ROI mode)
5096 profiles/s,
6800 profiles/s (DS mode)
Linearity (measurement error), Z axis ±0.05% of the range (standard mode),
±0.1% of the range (DS mode)
Linearity (measurement error), X axis ±0.2% of the range
Resolution, Z axis 0.01% of the range (standard mode),
0.02% of the range (DS mode)
Resolution, X axis 648 or 1296 points (programmable value)
Laser
660 nm or 405 nm or 450 nm or 808 nm
Class 2M according to IEC/EN 60825-1:2014
Interface
Basic Ethernet / 1000 Mbps
Synchronization inputs RS422, 3 channels
Laser on/off hardware input 1
Outputs RS422, 1 channel
Power supply 9...30 V
Power consumption, not more 6 W (without a built-in heater)
Environment resistance
Enclosure rating IP67
Vibration 20 g / 10...1000 Hz, 6 hours for each of XYZ axes
Shock 30 g/6 ms
Operating ambient temperature, °С -20…+40, or
-40…+40 for scanners with built-in heater, or
-40…+120 for scanners with built-in heater and cooling system
Relative humidity 5-95% (no condensation)
Storage temperature, °С -20…+70
Housing/windows material aluminum/glass

 

72х71х44

 

Figure 1

Figure 2

Figure 3

Operation

Operation of the scanners is based on the principle of optical triangulation.

Radiation of a semiconductor laser is formed by a lens in a line and projected to an object. Radiation scattered from the object is collected by the lens and directed to a two-dimensional CMOS image sensor. The image of object outline thus formed is analyzed by a signal processor, which calculates the distance to the object (Z-coordinate) for each point of the set along the laser line on the object (X-coordinate). Scanners are characterized by base distance (beginning of the range), SMR, for Z-coordinate, measuring range (MR) for Z-coordinate, measuring range for X-coordinate at the beginning of Z (Xsmr) and measuring range for X-coordinate at the end of Z (Xemr).

Applications

High precision noncontact measurements:

  • Profile
  • Dimensions
 
  • Recognition
 
  • Control
 
Video

Demonstration stand of RF625 Laser Scanners

Order info

Order information for 2D Laser Scanner RF627 Series

RF627.(WAVE)-SMR/MR-Xsmr/Xemr-M(R)-H-C


Symbol Description
(WAVE) Laser wavelength. 660 nm – no symbol, 405 nm – BLUE, 808 nm – IR
SMR Beginning of the measuring range for Z, mm
MR Measuring range for Z, mm
Xsmr Measuring range for X-coordinate at the beginning of the measuring range for Z-coordinate, mm
Xemr Measuring range for X-coordinate at the end of the measuring range for Z-coordinate, mm
М Cable length, m
R Option, robot-cable
H Built-in heater
C Built-in cooling system

Example. RF627BLUE-70/50-30/42-5 – Scanner with a blue laser, SMR - 70 mm, MR - 50 mm, Xsmr - 30 mm, Xemr - 42 mm, cable length - 5 m.

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© 2001 – 2019 RIFTEK LLC

Logoisky tract, 22, Minsk, Republic of Belarus

Tel/fax:  +375 (17) 357-36-57

Mobile:   +375 (29) 655-72-55

E-mail: info@riftek.com

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