Category: Advanced Manufacturing


  • 3 Advances Changing the Future of Artificial Intelligence in Manufacturing

    Today’s factories are easy to envision as futuristic-seeming hives of automation, where industrial robots mimic the movements and, seemingly, the intentionality of human workers. Today’s robots are not only working faster and more reliably than their human counterparts but also performing tasks beyond human capability altogether, such as microscopically precise assembly. But many of those robots…


  • The Manufacturing Industry is About to Get A Lot More Competitive

    Image Source: Wikimedia The global manufacturing industry is looking to the future now more than ever. Manufacturing specific technologies are advancing at a rapid rate bringing on Industry 4.0 making the time for innovation now. This idea of a connected manufacturing environment has been around for many years, but it seems that constant innovation in recent…


  • Here are the Jobs that Could Solve the Manufacturing Skills Gap

    Image Source: Flickr The manufacturing skills gap is a very real problem facing the US manufacturing sector and industries abroad. Smart factories and robotics have become a key aspect of the fourth industrial revolution, set to bring about Industry 4.0, but humans are still and will continue to be a big part of the picture.…


  • The Future of CAM

    CAM is the future, so it becomes unequivocally important to discuss the future of CAM. Let’s take a look at the ways in which CAM is changing in order to accommodate the future of manufacturing How CAM is Evolving The industry just 5 years ago involved a lot of stress between disciplines. Engineers designed and…


  • Breaking Down the Wall between Design and Manufacturing

    Product design has evolved over the years to include much more than just designing a 3D model. Controlling part revisions, collaboration, analysis, light weighting, drawings and more are now just some of the tasks in product design. Tools for product design have become better with increased functionality and interoperability with each other. Unfortunately, for many…


  • Liquid Rapid Prototyping Might Bring More Speed to the 3D Printing Industry

    Additive manufacturing has taken off in recent years, but two main barriers to entry still remain. Start up cost for purchasing machines is one major hurdle for smaller manufacturers, however, this hurdle is slowly coming down. The far more hindering barrier to additive adoption is that of speed. For most mass manufacturing applications, additive manufacturing…


  • The Joining of Two Industries: Milling and 3D printing

    3D printing and Milling accomplish the same things: creating a part from a base material – except they work in completely opposite ways. While you likely understand the basic concepts of each, combining the two is proving to be highly beneficial to each side. In a more traditional sense, 3D printing and milling work together…


  • Inspection for Additive Manufacturing

    Inspection for Additive Manufacturing Composite materials are increasingly used to create products with significant advantages over traditional alternatives, but simply replicating an existing design in a new material squanders the potential. Composite materials are anisotropic, meaning that the properties are not the same in all directions and axes, and this provides enormous flexibility to optimize…


  • Combining Additive and Subtractive Techniques for Hybrid Manufacturing

    For many years, additive manufacturing seemed like it was going to be the future of all manufacturing industries. Most of this can be chocked up to hype around the new technology. In reality, the future of additive lies in a hybrid manufacturing system, one that combines additive and subtractive techniques for ultimate optimization. When we…


  • Basic Math Machinists Need to Know and Tricks to Help

    Machinists have to use math on a daily basis to succeed at their jobs. Let’s look at a few ways to make the arduous process of mathematics a little easier on machinists. Fractions to Decimals Machinists constantly have to do math conversions from fraction to decimal. Some of them are easy, but then there are…


  • How the Tool Helix Affects Manufacturing

    Cutting forces on an end mill have axial and radial components that affect how it functions. The radial component often leads to vibrations and the axial component affects the force of the mill against the holder. These components are varied by changing the helix angle on a tool, and different angles are better for different…


  • What Materials are Used to Lightweight Cars?

    Car manufacturers are constantly pushing to create the lightest cars possible to increase speed and power. So, what materials are most common when an automotive designer needs to cut weight? The goal in lightweighting a car is to increase performance and efficiency while maintaining safety and comfort. Roughly speaking, when a car’s weight is decreased…


  • How Manufacturing has Changed in the last 15 Years

    Manufacturing is an industry that sees constant growth and change, but in the past 15 years, the industry has made drastic shifts that will forever shape its future. The manufacturing industry affects nearly every facet of everyday life, and companies are constantly seeking ways to optimize processes and decrease costs. While this tends to be…


  • Top 10 Reasons your Job Shop Should Check Out Fusion 360 Today

    If you own or work in a job shop with CAM software whose maintenance is expensive, and getting pricier, you should consider Fusion 360. It may be able to replace some or all of your current CAD/CAM systems in use. Where it makes sense in your workflow, implement Fusion 360 for a solution that is both…


  • Problem Solving: What Skills do Manufacturers use to Get the Job Done?

    Problem solving in engineering is important, but finding solutions to manufacturing processing problems is crucial to maintaining the flow of the entire supply chain. So, what skills do Manufacturers use? In manufacturing problem solving, a key method stands out: Lean. This problem solving method focuses in on eliminating waste and finding a solution as quickly…