Teledyne DALSA Z-Trak2 3D Laser Profiler

Teledyne Dalsa Ztrak2 3D laser profiler

The Z-Trak2 3D laser profiler performs high-speed 360° in-line inspection and height measurements in real-time with a fast 5GigE interface, or a 1, or 2.5 GigE interface. The Single scan HDR processes surfaces of varying reflectivity without loss of speed. Z-Trak2 laser profilers can be used in single or multi-sensor configurations. Multi-sensor configurations can be a simple and cost effective solution by eliminating the need for additional hardware. Z-Trak2 3D sensors are ideal for numerous industrial applications including automotive, factory automation, robotics, semiconductor, and electronics.

All Z-Trak 3D laser profilers are factory calibrated for accurate real-time measurements, and built with IP67 enclosures for harsh envionments. With sophisticated algorithms and blue laser options for highly reflective surfaces, or red laser options for more complex surfaces, Z-Trak laser profilers proficiently handle virtually any 3D inspection task. Support for GigEVision standard enables the Z-Trak 3D laser profilers to work with both the Teledyne DALSA image processing and analysis software packages, as well as a wide variety of third party 3D image processing and analysis packages.



Z-Track2 Features

  • 360° in-line inspection and measurements
  • Up to 45k profiles/sec (Z-Trak2 S-Series)
  • Up to 10k profiles/sec (Z-Trak2 V-Series)
  • Range 4mm-650mm
  • FOV 9mm-1210mm
  • Built-in single scan HDR
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How does 3D imaging work?

As shown in the diagram below, a laser stripe is projected on the object and imaged on an image sensor. The sensor processes the position of the laser stripe to provide lateral and depth information for the X and Z axis data. By moving the object in the Y-Scan direction the Y-axis data point is provided then giving full X, Y & Z dimensional information.

Graphic showing how 3D imaging works with the Z-Trak2 Laser Profiler


Models



Z-Trak2 S-2K Series

ModelS2K-0004-B3*S2K-0015-B3S2K-0030-B3S2K-0100-B3 
Z-Range (mm)41530100
Standoff Distance (mm)2532.743.764.5
Data Interface5 GigE, 2.5 GigE, 1 GigE
Z-Resolution (µm)1-11-23-58-14
NFOV-FFOV (mm)13-1427-3253-7297-185
X-Resolution (µm)7-714-1727-3750-95
Repeatability (+/-µm)10.15-0.150.25-0.250.3-0.40.5-0.75
Linearity (% of F.S.)<0.05%<0.04%<0.03%<0.02%
Laser (nm)2405405405405
Laser Class2M / 3R2M / 3R2M / 3R2M / 3R
Housing TypeT10T20T20T20

ModelS2K-0150-R3S2K-0250-R3S2K-0300-R3S2K-0400-R3*S2K-0650-R3*
Z-Range (mm)150250300400650
Standoff Distance (mm)140180200450550
Data Interface5 GigE, 2.5 GigE, 1 GigE
Z-Resolution (µm)14-2522-4534-7443-7181-156
NFOV-FFOV (mm)129-228157-325230-508400-659624-1211
X-Resolution (µm)66-11781-167118-261206-339321-623
Repeatability (+/-µm)11-1.51.5-22-43-104-12.5
Linearity (% of F.S.)<0.02%<0.02%<0.02%<0.02%<0.02%
Laser (nm)2660660660660660
Laser Class2M / 3R2M / 3R2M / 3R2M / 3R2M / 3R
Housing TypeT30T30T30T40T40

Z-Trak2 V-2K Series

ModelV2K-0004-B3*V2K-0015-B3V2K-0030-B3V2K-0100-B3 
Z-Range (mm)41530100
Standoff Distance (mm)2532.743.764.5
Data Interface1 GigE
Z-Resolution (µm)1-11-23-58-14
NFOV-FFOV (mm)13-1427-3253-7297-185
X-Resolution (µm)7-714-1727-3750-95
Repeatability (+/-µm)10.15-0.150.25-0.250.3-0.40.5-0.75
Linearity (% of F.S.)<0.05%<0.04%<0.03%<0.02%
Laser (nm)2405405405405
Laser Class2M / 3R2M / 3R2M / 3R2M / 3R
Housing TypeT10T20T20T20

ModelV2K-0150-R3V2K-0250-R3V2K-0300-R3V2K-0400-R3*V2K-0650-R3*
Z-Range (mm)150250300400650
Standoff Distance (mm)140180200450550
Data Interface1 GigE
Z-Resolution (µm)14-2522-4534-7443-7181-156
NFOV-FFOV (mm)129-228157-325230-508400-659624-1211
X-Resolution (µm)66-11781-167118-261206-339321-623
Repeatability (+/-µm)11-1.51.5-22-43-104-12.5
Linearity (% of F.S.)<0.02%<0.02%<0.02%<0.02%<0.02%
Laser (nm)2660660660660660
Laser Class2M / 3R2M / 3R2M / 3R2M / 3R2M / 3R
Housing TypeT30T30T30T40T40


1 ±2σ

2 Contact 1stVision for other laser options

* Contact 1stVision for availability