Automatic Aerospace Part Inspection: Automated Inspection Solution by VisionGauge®

Proper aerospace part inspection is crucial for ensuring quality manufacturing. Today, traditional manual methods for measuring geometric compliance are slower and less efficient than advanced technologies.

The VisionGauge® 700 Series Optical Digital Comparator utilizes automated inspection software. With this precision device, manufacturers can reduce production bottlenecks and quality escapes by leveraging our extensive expertise in aerospace and aeronautics inspection applications. Below, we share everything to know about our automated aerospace inspection tools.

The Critical Role of Precision in Aerospace Manufacturing

There is no room for error in aerospace manufacturing. AS9100 standards and zero-defect expectations from aircraft engine OEM supply chains require your parts to be within tolerance to maximize aircraft safety and efficiency.

Manufacturers are under immense pressure to build faster due to record backlogs of aircraft orders. At the end of 2025, there was a backlog of over 17,000 aircraft. That number is equivalent to almost 12 years of the current production capacity. 

The production bottleneck is largely due to the use of traditional inspection methods for aerospace parts. For example, coordinate measuring machines (CMMs) are slow and often require laboratory conditions to yield accurate results. Manual checks are inefficient because they’re entirely subjective and vary from operator to operator.

The solution to speeding up the inspection process and increasing throughput lies in improving the inspection technology itself. The VisionGauge® 700 Series aerospace manufacturing inspection and measurement machine automates inspections, accelerating the process. 

Additionally, inspecting large aerospace structures, such as wing ribs and large disks, is extremely difficult to do manually. We’ve made advancements in this area by introducing the Super-Extended Travel 500 Series VisionGauge® Digital Optical Comparator and Disk Inspection System.

Ensure all your aerospace parts, no matter their size or complexity, meet the highest standards of precision and quality essential to the industry.

Aerospace Manufacturing Inspection Equipment: What to Look For

Aerospace manufacturers typically consider three types of inspection equipment: coordinate measuring machines, vision measurement systems, and digital optical comparators. Each one works differently, so each has its own best use case.

However, aerospace organizations need a system that meets their specific requirements. Here are the particular elements they look for:

• Fits Tolerance & Accuracy Requirements: Aerospace facilities produce tight-tolerance parts, such as aircraft components. This requires fast, automated inspection systems that fit highly accurate and precise profile tolerances.
• Measures Complex Geometries: Inspection equipment must also accurately measure parts with unique shapes and complex geometries, ensuring they match exact CAD designs.
• Maintains Throughput & Volume: Since aerospace is a high-demand industry, these facilities need reliable inspection systems that can sustain high-speed throughput and process large volumes of components.
• Withstands Shop-Floor Conditions: For efficiency, inspection systems should also be compact and resilient enough to operate directly on production floors.
• Ease of Use: The best aerospace part inspection equipment is simple for operators to set up and use. Checking and measuring parts should feel easy and intuitive.
• Automated Documentation: The best systems include aerospace parts inspection software that stores calibration records and builds measurement reports for you. 

Top-of-the-line aerospace manufacturing inspection equipment must include these specialized features. Manufacturers need each item on this list to keep up with industry demand now and continually scale in the future.

Traditional CMMs and vision measurement systems can deliver excellent quality assurance. But the VisionGauge® 700 Series is aerospace manufacturing inspection equipment built for the accuracy and speed industrial manufacturers need.

Introducing the VisionGauge® 700 Series Digital Optical Comparator

It can even manage burrs and splatter.

Unlike CMMs, the Digital Optical Comparator is a rugged machine that can sit right next to CNC machines directly on the shop floor for instant feedback on parts. It reduces the bottleneck of transporting parts for inspection. The device also provides operators and controllers with real-time feedback to correct machining processes more quickly, minimizing rejections.

Why Aerospace Parts Need 5-Axis Inspection

Five axes of stage movement enable the VisionGauge® 700 Series Digital Optical Comparator to inspect complex shapes like turbine blades, vanes, and nozzles in a single setup. Rather than stopping the machine to remove the part, flip it over, and clamp it down, the machine moves the part along five axes. That includes X, Y, and Z axes, as well as rotation and tilt. This ability reduces cycle times and minimizes human error, especially when inspecting large volumes of parts.

Aircraft part inspection needs a five-axis system to solve the line-of-sight challenge. Systems with three-axis inspection capabilities present some holes as distorted ovals — many cooling holes and fuel ports are drilled at acute angles relative to the surface. The VisionGauge® 700 Series Digital Optical Comparator can automatically move the part to align the camera over the hole, providing efficient, accurate results.

With an extended depth of field, our digital optical comparator keeps the entire curved part in focus at once. It solves the problem of accurate edge detection on rounded parts, thereby improving accuracy.

Key Applications in the Aerospace Industry

Here are some of the key applications for the VisionGauge® 700 Series aerospace manufacturing inspection machine:

• Turbine blade inspection: The turbine blade fir tree root inspection is critical for safety. However, it is difficult to perform a manual inspection accurately. The VisionGauge® Digital Optical Comparator rapidly measures turbine blades against their CAD designs, with accuracy down to ±0.0001 inches.
• Fuel injector and nozzle analysis: Use our digital optical comparator to analyze microscopic fuel ports for blockage or geometric accuracy.
• Cooling hole verification: The 700 Series Digital Optical Comparator can quickly and automatically perform cooling hole inspection and measurement for thousands of components. Operators can ensure they are present, open, and in the right place.
• Micro-hole array measurement: Some parts have thousands of holes for other purposes, such as acoustic attenuation or boundary-layer control. The VisionGauge® 700 Series Digital Optical Comparator handles micro-hole array inspections at scale across a variety of materials, including metal, ceramic, and silicon. 
• Turbine disk and broached slot inspection: You can easily compare turbine disks and broached slot inspections against CAD data or other standards using our digital optical comparator. This system also supports aerospace component inspections, including blisks and EDM slots.