Die kompakten Laser-Triangulationssensoren der Serie optoNCDT 1900 von Micro-Epsilon haben einen integrierten Controller mit Feldbusanbindung und lassen sich schnell und einfach bedienen.
Kategorie: Optische Messtechnik
Just a Lunch Break
Hexagon’s advanced photogrammetry inspection system DPA allows for fast dimensional accuracy determinations for automotive fixtures and part carrier at Volkswagen Zwickau, as well as supporting handheld scanning performance.
Schutzgehäuse für Lasersensoren
Mit dem neuen Schutzgehäuse mit Luftspülung und Kühlung sind die Laser-Triangulationssensoren der Serie OptoNCDT 1900 von Micro-Epsilon jetzt noch besser für den Einsatz in Industrieumgebungen geeignet.
3D Coaxial Line Confocal Sensors
LMI Technologies new Gocator 4000 series introduces coaxial line confocal sensor technology to complement LMI’s existing Line Confocal product portfolio.
Digital 3D Microscope
The Jumavis high-precision and fully automatic digital microscope DPX M12000 from deltaPix offers imaging quality and functions that are not previously available in this price range.
Ultrafast 2D and 3D Microscopy
With ici:microscopy AIT offers a powerful solution that combined 2D and 3D inspection in inline microscopy, allowing the inspection of microscopic features and defects.
Laser Profiler with 6,400 X-axis Points
SinceVisions 3D laser profiler SR9061 allows high-speed, high-precision measurement with 6,400 X-axis contour points for unparalleled detail, and variable scanning speeds from 1,5 to 13kHz ensuring seamless integration into high-throughput production lines.
3D Profiler Series with two Software Platforms
Zebra announce the launch of the 3S Series of 3D profilers.
3D Snapshot Sensor for large Measuring Ranges
The 3D snapshot sensor surfaceControl 3500-240 from Micro Epsilon is used for flatness and coplanarity measurements as well as for defect detection on large measuring objects up to 245x180mm.
Faster and Multilingual
With Visometry’s Twyn version 2.2, complex measurement tasks can now be solved even more efficiently.