Solutions for Manufacturers. Today.

Tangible Solutions initially offered a broad range of additive manufacturing (AM) products and services, but company executives made a strategic decision in 2016 to focus solely on the market for AM-produced titanium orthopedic implants. The decision to specialize was a strategic one, and the company has seen exponential growth since then. Learn more about how this start-up has flourished and found success.

Are you a manufacturer who needs some employees trained for robotics applications? RoboticsCareer.org is a new national resource connecting workers and employers with vetted training programs in robotics for manufacturing. Search by location, organization, educational institution, and more. Updated daily, the database includes about 10,000 programs from nearly 1,200 organizations. 

Can generative design do more than just offer geometric form solutions? See how it can help engineers earlier in the workflow explore a wider cross-set of potential solutions and introduce manufacturability early in the engineering process.

Do you, your customers, or supply chain use products that contain the chemical substance phenol, isopropylated, phosphate (3:1) (PIP (3:1))? Often found in components used in electronics, robotics, and manufacturing equipment for flame retardant purposes, PIP (3:1) processing and distribution will be prohibited in the USA by Sept. 4, 2021, unless the EPA extends the compliance date. Use AMT’s expert insight to understand and manage regulatory requirements.

Success begets success. As communities experience the positive impact of advanced manufacturing businesses and the jobs they create, they allocate more funds to enhance local manufacturing technology education centers with new facilities and equipment. From Illinois to North Carolina, here’s the scoop on four new centers underway. 

Our global manufacturing infrastructure has largely evolved as asynchronous silos. However, dynamic digital manufacturing technology tools are most useful when fully integrated with each other. We need to elevate our game by thinking holistically and installing these technologies as a comprehensive whole.

Curious about what it’s like to make parts for outer space? Major Tool & Machine (MTM) creates incredibly large parts for NASA’s Artemis program, humanity’s return to the moon to begin deep space exploration. Read on or watch the video to see how cone panels, rocket engine nozzles, and tank-related components are produced on MTM’s gigantic CNC milling and turning machines.

IMTS Network’s Road Trippin’ with Steve got an inside look at Sandvik Coromant Center, an integrated showroom and training and machining demonstration center. Behind the frosted glass doors of the Aerospace Lab, see how smart tools provide digital feedback to machining productivity.

Find out how one CEO implemented an Employee Stock Ownership Plan or ESOP to spur innovation, collaboration, and growth to benefit the employees and their customers—all while doubling their sales in five years.

Market disruptor Protolabs built its business by focusing on both speed and low volume in producing parts for customers. They saw that prototype and low volume-custom parts manufacturing was an underserved market and set out to meet this market need. We overview the company’s success and drill down into some of the details of its business model.

AMT’s recent economic webinar featured Mark Killion with Oxford Economics. He shared the many positive economic indicators — and the few potential pitfalls — to look out for in the final quarter of 2021 and into 2022.

Just when you thought you’d seen it all, you find out that nanomaterials are everywhere, including industrial manufacturing. What are they? How does nanotechnology work? Why is it valuable? Learn the basics about this growing field at the intersection of the physical, chemical, and biological worlds – but too small to see! Some measure less than 100 billionths of a meter.