Autonomous mobile robot solutions for intelligent manufacturing environments
AIR develops autonomous mobile robot (AMR) solutions that remove the inefficiencies of material movement — enabling safe, intelligent, and fully scalable material movement across even the most complex manufacturing environments. From connecting individual production cells to supporting full lights-out manufacturing strategies, our AMR systems are designed to move with your operation, not against it. We combine intelligent navigation, deep robotics integration, and end-to-end automation expertise to deliver solutions that are practical to deploy, straightforward to scale, and built to perform reliably over the long term. To bring you first-class, complete solutions, we’ve partnered with AGILOX, and work closely with Rockwell (OTTO) and ABB Mobile Robots.
Capabilities
Flexible autonomous mobile robot solutions for intelligent manufacturing environments
AIR develops advanced autonomous mobile robot (AMR) solutions that enable safe, scalable, and highly flexible material movement across automated manufacturing environments. Designed to support ‘lights-out’ manufacturing strategies, our AMR systems help manufacturers streamline operations while increasing agility, efficiency, and throughput. Combining intelligent navigation, robotics integration, and automation expertise, AIR delivers AMR solutions that seamlessly connect production equipment, processes, and material handling workflows. Key capabilities include:
- Autonomous material transport between manufacturing processes and production cells
- Integration with automated load and unload stations
- Laser-guided navigation with intelligent obstacle detection and avoidance
- Seamless integration with robotic and automated manufacturing systems
- Flexible deployment across changing production layouts and workflows
- Scalable AMR platforms supporting evolving manufacturing demands
- Integration with discrete OEM equipment including blasting, coating, and processing technologies
- Intelligent control systems designed for safe, reliable, and continuous operation
Approach
A scalable and collaborative approach to autonomous manufacturing automation
AIR works closely with customers to design AMR solutions that align with operational goals, facility layouts, and manufacturing requirements. Our approach combines automation engineering, robotics expertise, and intelligent system integration to deliver flexible transport solutions that can adapt as production evolves. From concept development through to deployment and optimization, we focus on reducing operational complexity while enabling smarter and more connected manufacturing environments. Our approach includes:
- Early-stage evaluation of manufacturing flow, logistics, and automation requirements
- Development of tailored AMR strategies to support operational flexibility and scalability
- Integration of AMRs with robotic systems, machine tending, and automated production lines
- Design and validation of safe navigation and material handling workflows
- Full project delivery including engineering, integration, testing, and support
- Ongoing optimization and support to maximize uptime and long-term performance
Impact
Enabling smarter, safer, and more agile manufacturing operations
AIR’s AMR solutions help manufacturers transform internal material movement by reducing manual handling, improving operational flexibility, and enabling more intelligent automation strategies. Designed for dynamic production environments, our systems support faster decision-making, improved throughput, and scalable manufacturing performance. This helps customers achieve:
- Reduced manual handling and labor-intensive transport processes
- Improved manufacturing flow and operational efficiency
- Greater flexibility compared to fixed conveyor-based systems
- Faster response to changing production demands and layouts
- Safer manufacturing environments through intelligent obstacle detection
- Increased uptime and support for continuous lights-out manufacturing
- Scalable automation solutions that support future growth and digital manufacturing strategies
Case studies
The customers requested a solution to automate the bottle sorting section of their production line. The line involved a number of variations in bottle sizes and shapes. This AIR original design involves…
The customer required precise laser ablation of polymer and metallic components that were sensitive to thermal and oxidative degradation. They struggled to develop a laser process that could meet tight…
Manual handling of polysilicon rods caused yield loss due to breakage and contamination. Rod diameters varied widely and spacing was tight, creating a mechanical challenge. The manufacturing environment…