LMI Launches New Class of Smart 3D Laser Line Profiler
LMI Technologies, a developer of 3D scanning and inspection solutions, has announced the official release of its all-new Gocator 6300 Series of Smart 3D Laser Line Profile Sensors.
The Gocator 6300 Series is a new class of smart 3D laser profiler engineered from the ground up for ultimate 2D/3D scanning performance. These powerhouse sensors provide an unrivaled combination of speed, precision, and scan coverage for superior inspection results in Semiconductor, EV Battery, and Consumer Electronics applications.
Gocator 6300 Series features and capabilities include:
- Over 6500 points per profile for precision 3D measurement and inspection
- X Profile Data Interval down to < 2.1 microns (at 13.4 millimeters FOV)
- Z-repeatability down to 0.15 microns
- Scan rate up to > 1800 Hz full-frame (FOV/MR)
- Field of View up to 31 mm (at < 4.3 microns X Profile Data Interval)
- On-sensor Measurement Tools and I/O Connectivity
- Native Multi-Sensor Alignment and Networking Support
“The Gocator 6300 series represents many years of experience and expertise in refining our popular line profiler family to achieve that perfect balance between speed, resolution, and field of view for specialized manufacturing applications in Consumer Electronics, Semiconductor, EV Battery and more“, said Mark Radford, CEO, LMI Technologies.
Gocator 6300 Series line profilers deliver a supremely effective combination of fast scan rates to meet inline production cycle times, with high X Profile Data Intervals for precision measurement at large fields of view.
Gocator 6300 Series sensors feature telecentric line generation that improves small defect and edge detection by minimizing occlusions. Gocator 6300 sensors also feature a high resolution, high numerical aperture custom camera lens designed for increased angular acceptance, maximum light collection, and optimal data quality.
The Gocator 6300 Series leverages a reengineered optical design that optimizes the sensor’s laser line quality to deliver higher signal quality and increased measurement accuracy, especially on reflective and curved surfaces.
For more information: www.lmi3d.com
