Leading 2D & 3D
Laser Scanners
Leading supplier of 2D and 3D terrestrial and mobile laser scanners
Z+F are suppliers of high speed, accurate, phase-based laser measurement and scanning systems. They offer hardware, software and scanning services capturing high resolution data.
Z+F’s range of laser measurement systems include the Profiler scanner which is a compact, high-speed phase-based laser scanner. The Profiler has a scan rate of over 1 million points per second and maximum scan speed of 200 profiles per second.
OXTS and Z+F
The OXTS Survey+ v3, and the xNAV650 Inertial Navigation Systems (INS) are ideal companions to the Z+F range of laser scanning hardware solutions.
By combining OXTS’ INS data (position, heading, pitch/roll and timing) with the data from Z+F’s laser scanning measurement systems using users can create highly-accurate, georeferenced pointclouds. These pointclouds can be used in multiple applications for feature extraction and analysis.
By using a Z+F scanner alongside an OXTS INS users will benefit from: quick and simple set-up, high quality, georeferenced pointclouds, reduction in survey time, and improved ROI.
Z+F Profiler 9012 and Z+F MapCam
Users of OXTS Inertial Navigation Systems can combine the data from their INS with the Z+F Profiler 9012 scanner, to create georeferenced 2D images of their environment.
Furthermore, users of OXTS Georeferencer can quickly and easily integrate new LiDAR sensors, such as the Z+F MapCam, giving them added flexibility to choose the sensors they wish to complete their survey.
Related OxTS Products
Choose your hardware
Integration Information
Z+F LiDAR Integrations
Z+F LiDAR sensors have not been integrated into OXTS Georeferencer. Z+F post processing software is required to produce a pointcloud.
For more information on how we can help you integrate our inertial data with your Z+F sensor please contact us.
Not sure what you need?
There are lots of options for building your inertial navigation system. If you’d like to talk through your project with a member of our team, we’re here to help you build your inertial navigation solution.