3D Inspection

Navigating Extreme Terrain: Prodrive’s Utilization of 3D Scanning Tech in Motorsport

The remarkable capabilities of the TrackScan-Sharp, with its expansive measurement volume and advanced optical tracking, streamline the scanning process, enabling comprehensive surface scans without the need for frequent repositioning. This efficiency minimizes downtime and reduces the risk of errors, providing a seamless and accurate experience for race car inspection.

19 Feb, 2024

Revolutionizing Automotive Mold Manufacturing with SCANOLOGY’s 3D Scanning Solutions

SCANOLOGY’s 3D scanning technology provides a practical solution for accurately measuring and analyzing automotive molds, which can enhance the precision and quality of mold production, leading to better-fitting parts and more reliable vehicles.

15 Feb, 2024

Inspection of Automotive Aluminum Casting Mold with TrackScan-P 3D Scanner

The quality of automotive casting molds, which are essential for making different parts of automobiles, can be enhanced by 3D scanning and inspection. This blog presents SCANOLOGY’s TrackScan-P, a 3D optical measurement system that can check the molds for any defects with high standards of accuracy, precision, and reliability.

26 Jan, 2024

How We 3D Scanned Stamping Dies and Inserts Faster and Better Than Ever

Essential in automotive manufacturing, stamping dies and inserts pose measurement challenges due to intricate geometry and large quantities. Addressing this, our optical 3D measurement system, TrackScan-P, delivers a rapid, precise, and versatile solution, ensuring efficient scanning and maintaining high production quality standards.

13 Jan, 2024

How Trackscan-P Optical 3D Measurement System Helped Inspect the Electric Cart Chassis

Optical 3D measurement system TrackScan-P enhances the inspection processes for an electric cart chassis. This article examines the difficulties of measuring the chassis, the advantages of 3D scanning, and the outcomes of the enhanced inspection process.

05 Jan, 2024

Enhancing Inspection Efficiency: 3D Inspection of Automotive Wiring Duct

Using SIMSCAN, a 3D scanner from SCANOLOGY, an automotive component manufacturer solved their inspection challenges. The manufacturer wanted to inspect their rubber wiring ducts, which are used in car interiors, more efficiently and provide detailed inspection reports to OEMs.

01 Dec, 2023

How 3D Scanning Improves Inspection of Reflective and Large Die-casting Molds?

SCANOLOGY’s 3D laser scanners can capture 3D data of the die-casting molds quickly and accurately and generate intuitive reports. Read the case to know how die-casting enterprises used 3D solutions to inspect molds of automotive parts.

28 Jul, 2023

3D Scanning Improves the Inspection and Maintenance of Race Cars

Handheld 3D scanner helped a race team to inspect and maintain race car components to ensure its optimal performance.

17 May, 2023

Full-field Inspection of a Flange of an Offshore Wind Turbine Foundation

Technicians from a wind power equipment manufacturing company measured and inspected a large-scale flange. The flange of an offshore wind power foundation was measured with SCANOLOGY’s portable 3D laser scanner KSCAN-Magic and photogrammetry system MSCAN-L15.

03 Feb, 2023

3D Scanning Enables Safe and Efficient NDT Inspection for Gas Pipelines

With a portable 3D scanner and a smart module, SCANOLOGY offered NDT solution for inspecting corrosion, mechanical damages, and cracks of gas pipelines.

12 Jan, 2023

How to Accelerate Inspection of Aluminum Castings in Automotive Industry?

With 3D scanning, aluminum castings manufactured in the automotive industry can be measured with full-field data to accelerate the inspections.

04 Nov, 2022

3D Inspection of Large-scale Castings to Reduce Costs and Increase Efficiency

Foundries and engineers can save time and costs for NDT inspection by measuring castings with portable 3D scanners.

06 Sep, 2022
48 Total
privacy settings Privacy settings
Manage Cookie Consent
To provide the best experiences, we use technologies like cookies to store and/or access device information. Consenting to these technologies will allow us to process data such as browsing behavior or unique IDs on this site. Not consenting or withdrawing consent, may adversely affect certain features and functions.
✔ Accepted
✔ Accept
Reject and close
X