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BOMAG’s team was searching for 3D measurement solutions to add to its portfolio that would enable uncomplicated, flexible and non-contact measurement of free-form surfaces, such as castings and plastic parts. The ideal 3D measurement solution also needed to be portable so that scanning of large components and the highest quality standards could be guaranteed.

3D scanners: New possibilities for measuring large parts

Engineers Wiki. Most Asked Questions.

Design engineers, hardware integrators, and automotive technicians frequently need to verify whether relays are healthy or need replacement. This article provides a thorough, step-by-step approach to testing relays while explaining the underlying science and standards.

ORGANIZATIONS. SHAPING THE INDUSTRY.

Creaform

3D Engineering Services

Founded in 2002 in Lévis (Québec, Canada), Creaform is a world-class leader in 3D measurement technology as well as 3D engineering...

160 Posts

InDro Robotics

Robotics and Drones

We empower R&D by providing the computational power, ROS packages, payloads...

14 Posts

SAE International

Non-profit Organization

Setting the standards that lead to success.

11 Posts

Cloud Ground Control

Drone Fleet Management Software

Cloud Ground Control is a cloud based command and control solution for oper...

7 Posts

Blueprint Lab

Robotics

Blueprint Lab develop advanced robotic arm solutions for harsh environments...

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BOMAG’s team was searching for 3D measurement solutions to add to its portfolio that would enable uncomplicated, flexible and non-contact measurement of free-form surfaces, such as castings and plastic parts. The ideal 3D measurement solution also needed to be portable so that scanning of large components and the highest quality standards could be guaranteed.

3D scanners: New possibilities for measuring large parts

This blog aims to illustrate the different manufacturing challenges leading to product defects and highlight how 3D scanning technology allows for more features and parts to be inspected. It also describes how QC managers can shorten inspection time and reduce production costs associated with scraps.

How to better detect manufacturing defects

Endurance racing does not only require the best and latest technology. It also involves having the ability to harness it for multiple hours in a row without causing disaster. When you are competing at the highest level and against the best of the best, attention to detail is everything. This means leaving no stone unturned, no issue unresolved. Only then can a racing team truly be at the top of its game.

Getting All the Details Right: The Key for Winning Endurance Races

As IoT evolves, projects are shifting from being experimental and exploratory to business critical. This makes them more complex, ensures they receive more scrutiny and, inevitably, increases the opportunities for things to go wrong. This is even more true when you consider that IoT devices and solutions have a long shelf life, making long-term success only possible if you’re properly planning and building today for the unknown factors in the future.

5 IoT Connectivity Considerations for Successful IoT Projects

First article inspection (FAI) is a crucial step in the manufacturing process. The quality control (QC) team needs to optimize this phase of inspection in order to limit the back and forth between conception and fabrication. The QC team must not only correctly identify the defects, but also provide relevant data, measurements, and results for solving the identified problems.

How to Improve, Optimize, and Accelerate First Article Inspection

The main—if not the sole—purpose of reverse engineering is to gain knowledge about the design and development steps shrouded in the guise of a finished product. But what is backwards engineering if not a means to address practical issues such as machine downtime, part replacement, and maintenance or repair challenges?

How to Get Started with Product Reverse Engineering?