3D Scanning for Civil Engineering & Infrastructure Maintenance Overview
3D Scanning for Civil Engineering & Infrastructure Maintenance Overview Civil engineering and infrastructure are complex and costly. Maintenance of structures like highways and bridges requires addressing operational complexity, material scale, and safety. 3D scanning provides accurate site information to tackle these challenges. This blog explores how 3D scanning aids these projects, its benefits, and the technology involved. Uses of 3D Scanning in Civil Engineering and Infrastructure 3D scanning in civil engineering involves assessing large infrastructure. Common applications include: As-built modeling: Captures accurate models of structures for inspections and repairs. Reverse engineering: Recreates accurate 3D models of structures with lost or incomplete documentation. Mobile inspection: Evaluates extensive roadways or rail lines for safety concerns. Monitoring: Tracks progress during large-scale projects. Advantages of 3D Scanning 3D scanning is preferred for on-site data capture due to: Access: Captures data from hard-to-reach structures. Safety: Reduces exposure to dangerous areas. Speed: Faster than manual measurements, improving efficiency. Accuracy: Provides highly accurate data, minimizing human error. 3D Scanning Devices for Civil Engineering Depending on the application, teams may use different scanners: Terrestrial laser scanners: Stationary devices using LiDAR to capture detailed 3D models from a fixed position. Metrology-grade laser scanners: Portable devices capturing high-detail data quickly, meeting rigorous accuracy [...]
Design X Go: Reverse Engineering for Mastercam Has Arrived
Design X Go: Reverse Engineering for Mastercam Has Arrived Join Cimquest or this educational webinar to explore how Design X Go can serve as both a 2D and 3D CAD system as well as a reverse engineering tool to create machinable CAD models from scan data (mesh or point cloud) and is the bridge from scan or point cloud data to fully machinable models in Mastercam.
Y-Axis Turning Support in Mill-Turn – Mastercam 2025
Y-Axis Turning Support in Mill-Turn in Mastercam 2025 Mastercam 2025 introduces Mastercam Mill-Turn support for Y-axis Turning. All turning toolpaths except Custom Thread and B-axis Contour Turning support Y-axis functionality. Automatically create a set of planes that you can use to create your toolpath with the proper tool orientation and spindle origin. Approach and retract strategies have been enhanced to include Y-first strategies, along with the ability to designate tool assemblies as Y-axis compatible in the holder component page. Benefits for Mastercam Users: Increased Flexibility: The support for Y-axis turning allows for more complex and precise machining operations, expanding the range of possible projects. Improved Workflow: Automatic plane creation simplifies the setup process, saving time and reducing errors. Enhanced Efficiency: The new approach and retract strategies, along with Y-axis compatible tool assemblies, streamline operations and improve overall machining performance. These updates make Mastercam 2025 a powerful tool for machinists looking to enhance their capabilities and achieve higher precision in their work. How do you think these features will impact your projects? To find out more about Y-Axis Turning Support in Mill-Turn in Mastercam 2025, check out the video below or contact us today.
How to Make Your Own Custom Jigs and Fixtures
How to Make Your Own Custom Jigs and Fixtures In the world of manufacturing, precision and efficiency are paramount. One of the key tools that help achieve these goals are jigs and fixtures. These essential devices hold, support, and secure products during various processes, ensuring consistency and quality. Traditionally, creating jigs and fixtures could be time-consuming and costly, but with the advent of 3D printing, manufacturers now have a powerful tool to produce these aids in-house. Understanding Jigs and Fixtures Jigs and fixtures might sound similar, but they serve distinct purposes. Jigs are tools that hold the workpiece and guide the equipment to ensure proper alignment during operations like drilling or milling. Fixtures, on the other hand, are devices that hold the workpiece in place during secondary processes such as welding or assembly. Both are crucial for maintaining high part quality and operational efficiency. The Advantages of 3D Printing 3D printing has revolutionized the way manufacturers approach the creation of jigs and fixtures. Here are some of the key benefits: Customization: 3D printing allows for the creation of highly customized jigs and fixtures tailored to specific parts and equipment. This level of customization ensures a perfect fit and optimal performance. Cost Reduction: Producing [...]
Golden Gate Bridge Replica: Crafted with 3D Scanning and Geomagic Design X
Golden Gate Bridge Replica: Crafted with 3D Scanning and Geomagic Design X San Francisco’s landmark captivates people. “Everyone who visits San Francisco goes to see the Golden Gate Bridge. They want to see it from all sides and always to be close,” says 3D scanning specialist Marcio Adamy. He’s also enchanted by it. “Every time I go back to the bridge, which is often, I learn more about it. I’ve learned about the people who work there and their love for it. They call it ‘Goldie’. And that rubbed off on me too. I love the bridge. I think it’s an amazing place. This is why I decided to scan the monument,” he says. Adamy refers to an art piece near one of the bridge’s foundations, shaped like a slightly squished pillar. Built in 2013, it uses original material and is painted the same color. Reverse Engineering Challenge Most see the object as an artistic tribute. Adamy saw a reverse engineering challenge and created a miniature 3D-printed memento of the bridge. He used an Artec Leo scanner, stored in a backpack he loves. “I could not reach certain areas with the scanner due to the angle and field of view. If I put [...]
Safety Zone Improvements for Hole Making – Mastercam 2025
Safety Zone Improvements for Hole Making in Mastercam 2025 The updated Safety Zone feature now incorporates a background mesh for all defined shapes within the Safety Zone panel. This mesh plays a crucial role in the linking calculation, facilitating more accurate and efficient tool-angle motion for linking moves. The newly introduced parameters include: Linear Tolerance Value: Provides precise control over allowable deviations in linear motion. Blending Distance: Ensures smooth transitions between different motion segments. Smoothing Distance Values: Further refines motion for enhanced smoothness and precision Mastercam 2025’s revamped Safety Zone for hole making is a game-changer for CAD/CAM professionals. With enhanced transition movements, improved control parameters, and customized linking motions, this feature sets a new benchmark for safety and efficiency in machining operations. Mastercam continues to innovate, providing tools that help users achieve higher precision and productivity in their workflows. To find out more about Safety Zone Improvements for Hole Making in Mastercam 2025, check out the video below or contact us today.