Deploying robotics for that extra edge

| October 14, 2018

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While the disruption in the insurance industry has created challenges for players, it has also created opportunities for AXA Malaysia to innovate.

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FATHOM

FATHOM is an advanced technology-driven manufacturer of prototypes and production parts with an unmatched advantage of agility-our experts help companies go from concept to prototype to manufacturing in ways not previously possible by uniquely blending additive technologies and materials with traditional manufacturing methods.

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Managing BIM in Architecture

Article | April 5, 2020

Managing BIM in one of Norway’s leading architectural offices is no easy task. This week’s interview is with Margarida Barbosa, BIM Manager at A-lab Architects in Oslo, Norway. Margarida has a PhD from the Technical University of Lisbon which focussed on As-Built Building Information Modelling workflows and, since completing her PhD, Margarida has worked mainly in Oslo, but also Dallas Texas with Beck Group – an experience which we talk about in the show.

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Jigs and Fixtures: 6 Ways to Improve Production Efficiency with 3D Printing

Article | May 13, 2021

Whether it’s jigs, fixtures or grips, tooling remains a vital, if seemingly mundane, part of the manufacturing process. Regardless of the complexity of your products, the productivity and efficiency of your production depend on the availability of high-quality tooling aids. Maximising production efficiency and productivity is a key concern for manufacturers. Jigs and fixtures are manufacturing aids used to increase the reliability, accuracy and quality of the manufacturing process whilst minimising production cycle times and improving worker safety.

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Going from hot and cold testing of engines to a robust end-of-line testing system for electrified vehicles

Article | February 21, 2020

The current trend of electrification in the automotive industry challenges not only the development teams, but also the production lines and quality testing. While the ICE (internal combustion engine) production rely on the well-established hot and cold testing of engines applying vibration and sound measurements; assembly of electrified vehicles requires new advanced end-of-line (EoL) testing methods and standards.

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3 IMPORTANT STEPS TO REVERSE ENGINEERING A PART

Article | April 8, 2021

Over the past 120 years, there has been a production of millions of machine parts and products worldwide. However, few of these products are still relevant over the years because of the technological advancement, but lots of old parts used in machines are still in use. When a part breaks down or malfunctions, it is usually replaced using a process known as reverse engineering. There are many things that can be learned from a machine or software, just from reverse engineering. This is because the concept behind the reverse engineering process is to break something down to help understand it, and the engineer can then build a copy or try to improve it. Furthermore, there is a need for a reverse engineering design process as the technology advances to ensure the existing manufacturing systems’ continuity. Reverse engineering is an important process for everybody as we will be forced to replace entire machines without it. In this article, we will break down everything you need to know about reverse engineering, from reverse engineering to reverse engineering processes.

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Spotlight

FATHOM

FATHOM is an advanced technology-driven manufacturer of prototypes and production parts with an unmatched advantage of agility-our experts help companies go from concept to prototype to manufacturing in ways not previously possible by uniquely blending additive technologies and materials with traditional manufacturing methods.

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