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Precision positioning systems are foundational elements in various high-tech industries, enabling intricate processes to be executed with incredible accuracy. At the heart of every groundbreaking innovation or delicate micro-assembly operation lies a system that ensures that objects and tools are located at precisely the right place and at the right time. In this article, we’ll …

Introduction to Precision Positioning Systems: What Are They and Why Are They Crucial? Read More »

Precision positioning has a storied history, marking the progress of humanity from rudimentary tools to the sophisticated technological marvels of today. Our quest for accuracy and the need to handle smaller, more intricate objects has always driven us forward. In this article, we journey through time, tracing the pivotal moments that shaped the evolution of …

The Evolution of Precision Positioning: A Timeline from Past to Present Read More »

Much of the world’s technology depends on precision manufacturing. In turn, precision manufacturing depends on flexible tooling systems. What are these two concepts, and how are they related? Advanced Machine Works is here to explain. What is Precision Manufacturing? Precision manufacturing utilizes programmed machinery to make parts of a product. As its name suggests, precision …

The Importance of Flexible Tooling Systems for Precision Manufacturing Read More »

The US manufacturing industry is under more pressure than ever before. According to Forbes, there are now 25% fewer manufacturing businesses in the US than in 1997. In order to compete, survive, and thrive in this challenging environment, your business needs to be agile. The problem is that agility and manufacturing are historically two terms …

Advantages of Using a Flexible Tooling System: How It Can Help Your Business Read More »

If you’re in the market for a new flexible tooling system, we understand the seriousness of your situation. It represents a significant investment, and making the right choice is crucial. It can mean the difference between excellent levels of output and productivity and wasting hundreds of thousands of dollars a year on downtime and maintenance. …

How to Choose the Right Flexible Tooling System for Your Needs Read More »

The machine tooling market in the US is on the up. It reached $10.8 billion in 2022 and is projected to rise by 4.5% by 2028. To remain competitive and produce high-quality parts that precision industries can rely on, every manufacturer needs a tooling system that’s up to the job. They represent a major investment, …

The Cost Savings of a Long-Lasting Tooling System: Why It’s Worth the Investment Read More »

With costs for raw materials skyrocketing in many places, the last thing engineering companies need is lots of unscheduled downtime. Unfortunately, if your systems keep letting you down, this can soon become one of your business’s most significant expenses. A 2021 report found that large facilities lost 27 hours a month due to unplanned machine …

How a Flexible Tooling System Can Improve Efficiency and Reduce Downtime Read More »

A tooling system is only good as long as it is accurate. When we say accurate, we’re talking microns here. Unfortunately, the human eye can only see objects 100 microns and bigger, so robust quality control for tooling systems is vital. Every tooling system, however advanced, requires monitoring and adjusting.  Some systems are more flexible …

How to Verify the Accuracy of Your Tooling System: Tips for Quality Control Read More »

More than ever, efficiency and profitability drive the modern manufacturing industry. Additionally, waste mitigation and management are more critical than ever. In this vein, many manufacturers opt for implementing the lean manufacturing methodology. What role do modular or flexible tooling systems play in lean manufacturing? First, let’s zoom in on lean manufacturing and the success …

The Role of Modular Tooling Systems in Lean Manufacturing Read More »

In certain industries, precision matters. For example, millimeters are not what counts in the aerospace, medical, and transportation sectors. A hair’s breadth could make the difference between system failures, product recalls, reputational damage, and sometimes life and death. High-tolerance machining can produce parts and components that are accurate to within 0.0001 inches (±2.54 micrometers). Achieving …

The Benefits of Precision Tooling Systems for High-Tolerance Machining Read More »