GENERAL LASER for precise positioning, 3D data acquisition, and robotics

Integrated RTK GNSS, LiDAR, mobile mapping, and autonomous robotics solutions for surveying, infrastructure, construction, and industrial automation.

About GENERAL LASER

GENERAL LASER GmbH is an Austrian technology company that develops and integrates solutions for centimeter-level positioning, 3D data acquisition, mobile mapping, and autonomous robotics.

The company combines sensors, GNSS receivers, LiDAR scanners, mobile platforms, and software into a single workflow. Their expertise covers product design, prototyping, systems integration, and serial production.

Key Advantages

  • Centimeter-level RTK GNSS positioning
  • High-resolution 3D LiDAR data
  • Real-time point cloud visualization
  • Mobile and modular systems
  • Sensor and robotic systems integration
  • Solutions from prototype to finished workflow

GENERAL LASER Technology Areas

A single ecosystem for precise positioning, spatial data acquisition, automated inspection, and 3D information utilization.

RTK GNSS

Precise coordinate determination for surveying, GIS data collection, construction, and infrastructure documentation.

LiDAR and 3D Scanning

Acquisition of space, terrain, building, and object geometry in point cloud format for BIM, CAD, and digital twin workflows.

Mobile Robotics

Autonomous and remote-controlled platforms for inspection, security, and data acquisition in complex environments.

Systems Integration

Connecting sensors, carrier platforms, software, and data processing for specific client workflows.

GLidar — Modular Real-Time 3D Data Acquisition

GLidar combines a high-performance LiDAR sensor with hardware and software developed by GENERAL LASER. The operator connects to the scanner’s wireless network, views a point cloud preview, and obtains georeferenced data for immediate use.

  • Real-time data processing and visualization
  • 1.3 / 2.6 / 5.2 million points per second
  • Results for BIM and CAD workflows
  • Handheld, stationary, or mobile platform-mounted mode

Solutions and Technology Platforms

These are informative focus blocks. Individual product cards and technical specifications will be added at a later stage.

GLRM RTK GNSS Receiver

Ultra-compact triple-frequency GNSS rover with tilt compensation, magnetic mount, and centimeter-level accuracy.

Ouster LiDAR Sensors

High-resolution multi-beam and color LiDAR sensors for automation, mobile mapping, and autonomous navigation.

Unitree Robot Platforms

Quadruped and humanoid robots for research, inspection, training, and work in areas difficult for humans to access.

Mobile Inspection Robots

Autonomous platforms with LiDAR, cameras, and GNSS for construction site documentation, security patrols, and remote data acquisition.

AR GIS and Mobile Mapping

A combination of iPhone or iPad, RTK GNSS, and LiDAR for precise documentation of underground utilities, construction sites, and infrastructure.

Software and Data Flow

Solutions for point cloud processing, surveying, GIS, photogrammetry, and data preparation for CAD and BIM systems.

Applications

GENERAL LASER technologies help bridge precise positioning with spatial data acquisition and automated operations.

Construction Site Documentation

Progress tracking, volume calculations, point clouds, and georeferenced 3D data.

Underground Utilities

Precise location tracking and re-visualization of pipelines, cables, and engineering utilities.

Digital Twins

3D data acquisition for BIM coordination, infrastructure planning, and asset management.

Autonomous Navigation

Use of LiDAR and GNSS for obstacle detection, localization, and mobile equipment control.

Industrial Inspection

Automated data and image acquisition in hazardous, remote, or hard-to-reach locations.

Surveying and GIS

Coordinate determination, surveying, stakeout, and spatial data collection in the field.

From Idea to Finished System

01

Task Analysis

Defining accuracy, environment, data, and platform requirements.

02

Component Selection

Choosing appropriate GNSS, LiDAR, cameras, robots, and software.

03

Integration

Prototyping, connecting hardware and software, and configuring the workflow.

04

Implementation

Testing, training, commissioning, and ongoing technical support.

Which GENERAL LASER solution to choose?

An optimal system is built from a measuring device, sensors, a mobile platform, and software that matches the specific work environment and required result.

Surveying and GIS

The GLRM solution combined with field data software is suitable for precise coordinate acquisition, object surveying, and data transfer to GIS or CAD environments.

3D Data and Digital Twins

GLidar and point cloud processing software help document objects, create 3D maps, and prepare the foundation for digital twins.

Robot Navigation

LiDAR sensors, positioning components, and an integrated mobile platform provide reliable environmental perception and autonomous movement.

Autonomous Inspection

A mobile robot platform with LiDAR, cameras, and positioning is suitable for regular inspection of industrial and hard-to-reach areas.

Do you need precise positioning, LiDAR, or autonomous inspection?

Describe the task, work environment, and required result. We will help you choose the most suitable combination of GENERAL LASER technologies and integration approach.