3D Scanning Technology: Meeting and Exceeding the Evolving Needs of Modern Agriculture

Facing increasing global demand, modern agriculture confronts the dual challenges of achieving smart crop production and ensuring a sustainable food supply. To meet these demands, farmers must rely on high-quality agricultural equipment for efficient cultivation and fertilization. However, conducting Quality Control (QC) on agricultural machinery is a major challenge due to its massive size and the industrial environments in which it is produced.

How can manufacturers perform high-precision 3D measurements on large parts and assemblies like agricultural machinery?

Inspecting large components typically requires equipment with an extensive measurement range. Traditional devices, such as measuring arms, have physical limitations and must rely on "leapfrogging" to cover large volumes, making QC extremely laborious. Each leapfrog repositioning degrades volumetric accuracy and increases the time required. 

Therefore, manufacturers must choose 3D measurement equipment that eliminates leapfrogging to save time, meet accuracy specifications, and pass certified acceptance tests.

Can high-quality measurement accuracy be achieved in harsh industrial environments?

Coping with industrial conditions requires a robust, rugged, and durable measurement system. Whether inspecting in-house components or supplier parts—such as swing arms, axle frames, drawbars, or rollers—manufacturers need powerful, high-precision systems designed specifically for direct use on the shop floor.

Is it possible to improve inspection efficiency while maintaining high quality standards?

If legacy measurement systems are expensive to maintain, slow, and limit team productivity, it is time to seek more suitable 3D measurement systems. While some manufacturers may be hesitant to abandon familiar systems or worry about technical support, 3D scanning providers understand these concerns and offer full support throughout the transition to ensure optimal results.

Accuracy

Metrology-grade 3D scanners offer the measurement range needed for large parts without multiple scans or leapfrogging. Their dynamic referencing and integrated photogrammetry, designed for shop-floor use, ensure accuracy is unaffected by environmental instabilities. Large machinery can be inspected directly at the production site, accelerating the QC process.

Speed

Optical 3D scanners provide rapid measurement speeds, significantly shortening the data acquisition cycle for large assemblies. This allows QC and Quality Assurance (QA) teams to complete their work promptly and without constraints.

Versatility

With no surface preparation required, blue laser 3D scanners can measure various complex surfaces and high-contrast colors. Their ability to capture data from reflective materials is particularly outstanding, offering superior performance compared to other solutions on the market.

Ease of Use

Inspection software features intuitive interfaces that are user-friendly, easy to learn, and simple to integrate. This means the measurement process can be executed by anyone, regardless of their specific expertise or experience level.

The combination of metrology-grade scanners like the MetraSCAN 3D and inspection software such as VXinspect and PolyWorks represents the gold standard for precise, fast, versatile, and easy-to-use 3D scanning solutions.

*MetraSCAN 3D in Industrial Environments

High-Precision, Fast, and Versatile Scanning System

By utilizing a high-precision, rapid, and versatile 3D scanning system, manufacturers of large agricultural equipment can measure a wide variety of surfaces while saving significant time. The high speed and versatility of 3D scanners help shorten inspection times for large parts and assemblies, thereby increasing the overall efficiency of the quality control process.

Rapid Processing of Large Parts and Assemblies

By using 3D measurement equipment that eliminates the need for leapfrogging, companies reduce the time spent inspecting large components and assemblies. This substantially accelerates the entire measurement process, including both data acquisition and analysis steps. Consequently, companies are now better equipped to handle new production challenges and improve their incoming inspection and production control processes.

*Engineer using MetraSCAN 3D to scan large components

Flexibility in Measuring Different Surface Types

Using a 3D scanner allows for the establishment of a large-scale measurement station directly within the production area. It can measure a wide variety of surfaces—whether painted, machined, sandblasted, or treated—without the need for any surface preparation. Most importantly, this flexibility does not compromise measurement accuracy.

*Blue laser lines from MetraSCAN 3D on a high-gloss surface

Simple Deployment and Easy Onboarding

Because the manufacturer had previous experience with PolyWorks, the deployment process was exceptionally straightforward. Using this metrology software, they can compare parts and assemblies directly against their corresponding CAD models. Furthermore, the efficient support provided by the vendor ensured a smooth and rapid onboarding process.

*Real-time mesh display while an engineer scans large parts with MetraSCAN 3D

Europavia has been deeply rooted in the aviation sector for over 60 years, providing components, equipment, and maintenance services to military and national security agencies, focusing on ensuring the stable operation of various systems throughout their entire lifecycle.

Amazone is a private, family-owned enterprise that has been dedicated to developing and producing high-quality agricultural machinery and equipment for over 140 years. Headquartered in Osnabrück, Germany, it has become one of the world's leading manufacturers of agricultural machinery.

Today, the company's core competencies include active and passive soil cultivation technology, precision seed drills, fertilizer spreaders, and crop protection sprayers. With 9 production sites and over 2,000 employees, Amazone designs machinery aimed at promoting modern, cost-effective farming methods to truly contribute to the successful operation and growth of its customers.

To maintain high quality standards, Amazone has been utilizing 3D measurement technology for over a decade. The company uses this technology to inspect components produced both in-house and by third-party suppliers. The Quality Assurance team conducts daily production inspections in the welding shop, with a focus on welded assemblies and their fixtures.

Recently, the Quality Assurance team replaced their legacy measuring arm with the MetraSCAN 3D and observed a significant increase in measurement speed. The new system has made the entire measurement and data acquisition process easier to complete, especially when measuring large parts and assemblies. Compared to the old system, the speed is noticeably faster, and the workflow is much simpler. The company is now better equipped to handle new production challenges and improve its incoming inspection and production control processes.

*Engineer using a 3D scanner