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industries

Aerospace

Highly versatile iGPS can be deployed in virtually any production scenario. Its unique characteristics enable secure, precise, and continuous data delivery to support high-precision ramp-ups in demanding environments.

iGPS empowers aerospace manufacturers to enter a new era of efficient production, where the entire factory becomes a measurement volume and multiple measurements can be acquired simultaneously. From closed-loop-controlled assembly lines to metrology-assisted robotics and on-the-spot inspection, the system adapts to almost any imaginable application. Its unique strengths make it a powerful enabler for modern, data-driven manufacturing.

iGPS has already proven its value in real aerospace environments, paving the way for broader deployment in advanced manufacturing and robotic systems. As production lines become increasingly automated, the ability to precisely track and guide mobile platforms has become critical. From industrial robots and collaborative arms to autonomous guided vehicles (AGVs) and aerial platforms (drones), iGPS provides a unified 3D positioning framework capable of guiding them all. Its modular hardware and software architecture enables efficient integration into digital manufacturing environments, while its ability to deliver continuous, high-accuracy measurements across large volumes positions iGPS as a cornerstone technology for next-generation aerospace automation and metrology.

1

Ideal for Automation

iGPS is designed for time-critical manufacturing processes where precision and reliability are non-negotiable. Its 40 hertz tracking of multiple sensors and robust data architecture make it the perfect foundation for fully automated workflows.

2

High-Accuracy System

One of the very few metrology systems capable of maintaining ±0.2 mm accuracy over very large working volumes, iGPS meets the demanding requirements of the aerospace and advanced manufacturing sectors.

3

Complete Spatial Coverage

Unlike point-based systems, iGPS provides full 3D coverage of the measurement volume, ensuring consistent accuracy across the entire workspace.

4

Universal 3D Enablement

iGPS simplifies 3D integration. Both its hardware and software are designed for compatibility, enabling any sensor to become a 3D-capable device. It can also be mounted on a wide range of industrial robots to enhance guidance, improve accuracy, and optimize process control.

5

Versatile and Cost-Effective

Beyond automation, iGPS can be used for manual probing across diverse manufacturing scenarios. Its multi-probe capability allows simultaneous operation of several probes, dramatically reducing inspection time and operational costs.

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Other industries

Other industries

Heavy Industries

Ideal for large-scale part inspection and dynamic tool calibration.

AGV Tracking

iGPS enables highly accurate and reliable tracking of Autonomous Guided Vehicles (AGVs), unlocking operational capabilities beyond the reach of conventional guidance systems.

Automotive

iGPS: Supporting High-Precision Automotive Workflows

Rail Transportation Manufacturing

By transforming the entire factory into a dynamic measurement volume, iGPS redefines how dimensional control is performed in rail transport manufacturing.

Ship building

Highly versatile, iGPS adapts seamlessly to shipbuilding. Its unique characteristics enable secure, precise, and continuous 3D data delivery across entire yards supporting high-precision manufacturing operations.