Laser Welding Simulation with FLOW-3D WELD

FLOW-3D WELD provides powerful insights into laser welding processes to achieve process optimization. With better process control it is possible to minimize porosity, limit heat affected zones and control microstructure evolution. To accurately simulate laser ...

Quality Control Monitoring of Welding Texture using Machine Learning

Learning Welding is a process for connecting parts to each other, which is of great importance, and the presence of any defect and discontinuity in the weld reduces the quality of the weld and lowers the ...

Laser beam in Laser Wobble Welding

In the construction of structures and equipment, various components are placed next to each other and connected to form the structure or equipment. The connection between components can be made using bolts, pins, rivets, welding, ...

Scansonic SCeye Process Monitoring for Laser Welding and Laser Brazing

In order to achieve the best quality of laser welding products in automatic industrial systems and also considering the importance of short cycle time and minimum human interface, process monitoring systems are provided by different ...

DMG MORI Portal Series CNC Machines: On the Edge of Advanced Machining

For more than 20 years, the 5-axis cnc machines of the portal series from Pfronten have set standards in the field of precision mechanical engineering. A world without them is no longer imaginable, even outside ...

Coaxial Cladding Powder Nozzle

Laser Metal Deposition, or Laser Additive Manufacturing, is an advanced technique depositing layers using a laser beam. Our goal is to optimize a coaxial powder nozzle for a narrower laser beam, enhancing precision in the ...

Titanium Laser Welding

This project aimed to understand the governing mechanisms behind weld hardness in laser-welded titanium sheets. Hardness measurements indicate increasing hardness with increased heat input and grain size, which is inconsistent with the general knowledge on ...

Laser Cutting Kerf Width

This project delves into optimizing the laser cutting process for stainless steel 316L sheets, specifically focusing on the critical parameter of kerf width. Investigating laser power, cutting speed, focal point position, nozzle stand-off, and gas ...

Automated Gasket Inspection System

This groundbreaking project introduces an automated gasket inspection system, utilizing laser technology and advanced image processing algorithms. This innovative system significantly reduces measurement errors, enhancing precision in assessing the width, thickness, angle, and shape of ...

Gasket Die Laser Hardening

Gasket Die Laser Hardening The Gasket Die Laser Hardening project aimed to enhance the wear resistance of gasket dies used in plate heat exchanger’s sealing gaskets production. Utilizing laser beam technology, we navigated the challenge of ...

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