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To make sure its battery-swappable EV prototype really matches the CAD design, Blinq Mobility teamed up with AVRDUS Technologies and used a handheld ZEISS T-SCAN hawk 2 with ZEISS INSPECT software to scan the entire vehicle and compare the real build against the digital model in full 3D. The post Validating an electric future in 3D: How Blinq Mobility checks its EV Mule with a handheld scanner…
3D scanners and 3D printers are widely used across industries for product development, quality assurance, and reverse engineering. The overlap between these applications creates the potential for a powerful combination of both technologies. As a leading manufacturer in metrology, ZEISS offers high-precision 3D scanners for 3D printers that deliver exceptional accuracy and detailed surface capture,…
Small objects place unique demands on the scanner, camera, and software used during 3D scanning. To capture even the finest details with precision, systems must offer high accuracy and resolution capable of reproducing complex surfaces correctly. Simple systems, such as depth cameras, often fail to deliver sufficient scanning results when true precision is required. In this guide, you’ll learn…
Large objects such as cars, industrial equipment, or complex mechanical components are often difficult to digitize with conventional scanners. A 3D scanner for large objects needs exceptional range, the ability to capture large scan volumes, and the highest accuracy and resolution. Today’s large 3D scanners combine powerful technology, handheld flexibility, and fast data processing algorithms to…
The precise digital capture of objects plays a central role in industry, research, and quality assurance. This is where modern 3D scanners demonstrate their full value. The way it works enables accurate measurement of even complex geometries and the finest surface details, producing reliable digital models in the process. Whether using light or laser, today’s scanning technology is essential for…
Aerospace manufacturing demands the highest precision and innovation to meet the industry's rigorous standards. Andreas Bruns Zerspanungstechnik has embraced advanced 3D scanning technology to optimize production and quality control, ensuring their complex parts meet the highest requirements. The post Precision engineering in aerospace with 3D scanning appeared first on HandsOnMetrology .
In this article you will learn more about the efficiency of 3D scanning and additive manufacturing for repair projects. ABR 3D Print swiftly restored a damaged fire truck using advanced 3D scanning and printing technologies. By employing ATOS Q for precise on-site scanning, they captured the vehicle's geometry to reconstruct and print the missing part. The post Rapid repair of fire truck…
The latest release of ZEISS INSPECT software offers even more powerful features designed to enhance the efficiency and precision of the scanning process when using T-SCAN hawk 2. With advancements such as an expanded scanning range, adaptive resolution, continuous satellite mode, and enhanced polygonization, the software aims to elevate scanning and inspection capabilities to new heights. The post…
Dive into the fascinating world of Immensa, a company that's making waves in the supply chain and manufacturing sectors. Immensa is well-known as a supply chain technology company or as an on-demand manufacturer. But what truly sets them apart is their unique ability to transform physical objects into digital assets. Let's explore how they're bridging the gap between the physical and digital! The…
Medical parts are often transparent and translucent which can be tricky for optical measurements. At the same time, medical components require confident evaluation of tiny channels and inner structures. A scanner like ZEISS METROTOM 1, which acquires data via X-ray images, captures the complete inside and outside geometry non-destructively and with high precision. The post Inspect the insides of…