Aircraft Operators

The aircraft industry is one of the most advanced in the world, yet coating and decoating of aircraft is still done using outdated methods and processes such as chemical removers, abrasive sanding or plastic media blasting. These methods are time consuming, ergonomically unsafe and they produce large amounts of hazardous waste and emissions. XYREC offers aircraft operators a smooth transition to an efficient and sustainable future, for faster and more reliable maintenance cycles and an increased availability of aircraft.

Reliability and Precision
Reliability and Precision

Robotic automation enables greater speed, precision and predictability of sustainment and production processes, and is more reliable than manual labor. Our globally certified robots are subjected to rigorous testing and we offer 24/7 global support and remote monitoring.

Efficiency & Redundancy
Efficiency & Redundancy

Our robots can operate in unison for unrivaled speed, using several parallel systems at once. Offering secure process redundancy, they replace each other seamlessly mid-project with digital precision.

Flexibility
Flexibility

Our robotic systems can reach and cover any fixed- and rotary wing craft, from a fighter jet to an A380. They can handle any color, paint thickness, substrate material, rivets, windows, doors or repairs and are able to process whole aircraft or just parts.

Marketing Opportunities
Marketing Opportunities

High quality decorations, that can be applied within a fixed time slot, open up new and exciting marketing opportunities. No more creative boundaries!

Improved Fleet Management
Improved Fleet Management

By reducing aircraft parking time and shortening maintenance slots, there will be less aircraft in reserve and lower risk in scheduling.

Open Architecture
Open Architecture

XYREC robots comply to the open source software standard ROS Industrial. Functionality can be extended and customers are not software locked-in. The interface to link to the software is based on open standards enabling the robots to communicate with remote systems in real-time with standard tools to analyze and support.