3d Scanning & Reverse Engineering

16 01, 2025

Selecting an Appropriate 3D Scanner for Inspection

By |2025-01-16T15:34:22-05:00January 16th, 2025|Categories: 3d Scanning & Reverse Engineering|Tags: |0 Comments

Selecting an appropriate 3D scanner for my inspection requirements Selecting a scanner for non-contact inspection is a very similar process to selecting a new CNC machine or a new 3D Printer. When shopping for a new CNC machine, users likely consider - Machine travel limits Controller/Programming capabilities Number of axes supported - Multi-axis capabilities (reducing setups) Feed and speed capabilities Horsepower Similarly, when selecting a new 3D Printer, users likely consider - End use parts [...]

10 01, 2025

What’s New in Geomagic Control X 2025

By |2025-01-16T14:40:26-05:00January 10th, 2025|Categories: 3d Scanning & Reverse Engineering|Tags: , |0 Comments

The latest release, Geomagic Control X 2025.0.0, offers much to be excited about. Below you’ll find our pick of the highlights, but remember to check the release note for a full list of updates. Innovative Implant Design: From Imaging to Surgical Application Hip replacement is common for osteoarthritis, using off-the-shelf acetabulum cups. However, some patients need bespoke implants due to complex conditions like previous surgeries or extensive hip damage. Complex hip replacements pose surgical challenges [...]

18 12, 2024

Innovative Implant Design: From Imaging to Surgical Application

By |2024-12-18T14:20:23-05:00December 18th, 2024|Categories: 3d Scanning & Reverse Engineering|Tags: , |0 Comments

Innovative Implant Design: From Imaging to Surgical Application Hip replacement is common for osteoarthritis, using off-the-shelf acetabulum cups. However, some patients need bespoke implants due to complex conditions like previous surgeries or extensive hip damage. Complex hip replacements pose surgical challenges due to scar tissue, distorted anatomy, fragile or dead bone, and tumors. Bespoke implants require unique bone preparation and precise fitting, often through small incisions and avoiding nerves and blood vessels. Accurate design and [...]

9 12, 2024

Modeling from a 2D Drawing with Design X Go

By |2024-12-09T10:14:49-05:00December 9th, 2024|Categories: 3d Scanning & Reverse Engineering|Tags: , |0 Comments

Modeling from a 2D Drawing with Design X Go Let’s explore some of the CAD modeling capabilities of Design X Go without the need for a scan, and how you can open the created model in Mastercam for toolpath generation. Unlocking CAD Modeling Potential When you have something like a 2D Print or a DXF file of a part, Design X Go enables you to transform these into a 3D model suitable for CNC programming [...]

4 12, 2024

Batch Processing in Control X Professional

By |2024-12-05T14:35:13-05:00December 4th, 2024|Categories: 3D Scanning, 3d Scanning & Reverse Engineering|Tags: |0 Comments

Batch Processing in Control X Professional This month, we continue to explore the Control X Professional Automation tools.  Last month, we took a look at the Airfoil Analysis tool.  This month, we focus on Batch Processing.  Batch processing enables the user to create an inspection plan using a nominal CAD model and can then automatically assign the same inspection criteria to any number of scans, located on the user’s network.    [...]

25 11, 2024

Enhancing Radiation Shielding Using 3D Printing, Scanning, and Geomagic Design X

By |2024-11-25T15:57:52-05:00November 25th, 2024|Categories: 3d Scanning & Reverse Engineering|Tags: , |0 Comments

Enhancing Radiation Shielding Using 3D Printing, Scanning, and Geomagic Design X Nuclear plants could become the main source of clean energy, but their success is tied to preventing hazardous radiation. Canadian electric company Bruce Power, with a nuclear power station on Lake Huron, embarked on developing a novel radiation shielding approach. The company uses a 3D scanning and 3D printing workflow with tungsten-impregnated filament to make custom shielding components. Barely a year after the initiative [...]

13 11, 2024

Major 3D Scanning Civil Engineering and Infrastructure Opportunities

By |2024-11-13T10:13:38-05:00November 13th, 2024|Categories: 3d Scanning & Reverse Engineering|Tags: , |0 Comments

Major 3D Scanning Civil Engineering and Infrastructure Opportunities Precision is crucial in civil engineering, but measuring and surveying can be time-consuming. 3D scanning has revolutionized this by providing accurate, data-rich models quickly, enhancing efficiency in various tasks. In this blog, we explore key areas where 3D scanning can improve precision, efficiency, or insight. Bridges and Tunnels Bridge Bearings: 3D scanning in different seasons shows structural movement, helping identify and replace faulty bearings. Bridge Strikes: Scanners [...]

4 11, 2024

3D Scanning for Civil Engineering & Infrastructure Maintenance Overview

By |2024-11-04T10:12:31-05:00November 4th, 2024|Categories: 3d Scanning & Reverse Engineering|Tags: , |0 Comments

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. [...]

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