Laser Material Processing

Plasma Cutting: Brief Introductory Guide
Plasma Cutting: Brief Introductory Guide
Plasma Arc Cutting, commonly referred to as PAC is a manufacturing process that is associated with a range of electrically conductive materials such as stainless steel, manganese steel, titanium alloys, ...
Plastic Manufacturing Processes: Brief Guide
Plastic Manufacturing Processes: Brief Guide
Ever since the introduction of man-made plastics in 1862 humanity has curated various methods of making plastic parts. Very similar to metals, plastics are everywhere in our world. Due to the rapid rate ...
Digital Holographic Microscopy Using Deep Learning
Digital Holographic Microscopy Using Deep Learning
Introduction A number of disciplines, including flow analysis, particle/cell dynamics and monitoring, and microfluidics, have used digital holographic microscopy. Holograms are diffraction patterns that ...
Metal Manufacturing Processes: Brief Guide
Metal Manufacturing Processes: Brief Guide
There exist a plethora of choices when it comes to making a part. Certain manufacturing processes are preferable for different types of parts depending on cost, quality, and quantity needed for any ...
Laser Depaneling: Brief Introductory Guide
Laser Depaneling: Brief Introductory Guide
What exactly is Laser Depaneling? In today’s blog post we’ll discuss just about all you need to know about Laser Depaneling.  A Basic Intro to Laser Depaneling Lingo Before we get into the standard ...
Laser Additive Manufacturing and Cycle Fatigue Life Prediction
Laser Additive Manufacturing and Cycle Fatigue Life Prediction
Laser additive manufacturing and laser powder bed fusion Recent advances in laser additive manufacturing (AM) have inspired the direct production of functional parts using the technology rather than only ...
Laser Metal Additive Manufacturing of The Al Alloy
Laser Metal Additive Manufacturing of The Al Alloy
Introduction and motivation The manufacturing sector has paid a lot of attention lately to additive manufacturing (AM). By adding layer after layer of material, AM is one technology that creates ...
Selective Laser Melting and Fatigue Features of Steels
Selective Laser Melting and Fatigue Features of Steels
Introduction and motivation Additive manufacturing (AM) is the method of creating products from digital 3D models by fusing together successive layers of materials. Without the need for additional tooling, ...
Handheld Laser Welders
Handheld Laser Welders
Handheld Laser Welders are extremely adaptable machines used to conjoin pieces of metal. In this blog post, we will discuss the technology, purpose, and benefits of these advanced machines.  Laser Welding ...
Welding Laser Beam Shapes and Their Effects on Joints
Welding Laser Beam Shapes and Their Effects on Joints
Hybrid steel-and-aluminum structures are essential for creating lightweight components with high rigidity. Due to its higher welding-brazing speed, smaller heating area, and high automation, the laser ...