ReverseEngineering.com launches its latest CAD/CAM software application for reverse engineering and 3D scanning

“We are excited to release this latest software application to the market and accelerate the way engineers approach reverse engineering and 3D measurement using the Hexagon (Romer) Absolute and FARO Quantum Max/S + LLP XR/HD.”

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3D scanning software developers ReverseEngineering.com has launched its latest software, Fusion 360 RE App.

This newest product from the American company allows engineers to reverse engineer, inspect, and 3D measure customer parts, die tools, broken parts, and moulds with improved ease and accuracy. The software also reduces waste and will improve efficiency on the shop floor.

Key information:

The new Fusion 360 software hosts a variety of new features with simplified 3D measurement tools for probed geometry, measurement UX, and improved profile extraction for quality inspection for tooling, fixtures, and dies. As well as custom alignments for die tool part setup, functionality improvements for probed geometry during alignment and 3D, and powerful point cloud processing tools. 

"We are excited to release this latest software application to the market and accelerate the way engineers approach reverse engineering and 3D measurement using the Hexagon (Romer) Absolute and FARO Quantum Max/S + LLP XR/HD," said Braxton Carter, CEO/President of ReverseEngineering.com. "We are helping metal machine shops create more products faster and increase revenue with this seamless integration."

ReverseEngineering.com’s new software will integrate the cloud CAD environment of Fusion 360 with FARO Quantum Max ScanArms and Hexagon (Romer) Absolute arms. Engineers are also now able to capture high-accuracy 3D scan data and convert it into fully parametric CAD models. 

"ReverseEngineering.com’s Fusion 360 leapfrogs old workflows in the reverse engineering industry," said Christiann Moore, Director of ReverseEngineering.com. "We continue to simplify the task of working with massive 3D point clouds so engineers can easily convert 3D scan data into usable CAD models, which can be used to improve efficiency and reduce costs in a wide range of industries."

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