Aviation Workflow Automation

Workflow Automation & Robotics

Workflow Automation & Robotics

Revolutionize your MRO operations with workflow automation and robotics, delivering faster service, unparalleled precision, and an enhanced customer experience that sets new industry standards

All about designing, building, programming, and operating robots

Aviation Workflow Automation
Aviation Workflow Automation

Can perform various tasks automatically

Encompasses many fields, including mechanical engineering

Aviation Workflow Automation

Robotics technology is transforming the way we live and work

Aviation Workflow Automation

Increased Productivity

Improved Safety

Cost Savings

Innovation

Increased Flexibility

Consistency

Aviation Workflow Automation
Aviation Workflow Automation

Features

Process automation for repetitive tasks, reducing human error and freeing up technicians for more complex activities

Aviation Workflow Automation

Workflow optimization, eliminating bottlenecks and enhancing operational efficiency

Aviation Workflow Automation

Customizable automation tools tailored to specific MRO operational needs

Aviation Workflow Automation

Robot-Assisted Inspections

Aviation Workflow Automation

Facing any of these Challenges?

Tedious Logistics Data Entry and Shipping Inefficiencies:

MROs must record weight and dimensions for logistics purposes. This manual data entry requirement can introduce inefficiencies into the shipping process, making it challenging to streamline operations.

Duplicated Efforts in Manual Customer Repair Order Entry:

MROs face duplicated efforts when trying to identify and rectify mismatches in paperwork. The manual entry of customer repair orders, which includes information such as addresses, part numbers, serial numbers, fault descriptions, condition, cycle times, and more, can lead to data entry errors and create administrative burden.

Snagged Units in Quarantine Backlog:

The receiving process often results in units being snagged and left abandoned in the Quarantine cage due to discrepancies between Purchase Orders (POs) and Repair Orders (ROs), causing delays and operational bottlenecks.

Implement an automated logistics data entry system that uses robotics and IoT-enabled sensors to capture weight and dimensions, reducing manual data entry and improving shipping efficiency.

Pain Points

Solutions

Implement integrated systems, such as barcode scanning/RFID or paperless applications, that automate the customer repair order entry process, ensuring accuracy and reducing administrative workload.

Implement a robust reconciliation process and digital tools to proactively identify and resolve discrepancies between Purchase Orders (POs) and Repair Orders (ROs) during the receiving process, reducing the backlog of snagged units in the Quarantine cage. Enable alerts and notifications to account managers to unblock units in Quarantine with prompt customer communication.