February 06, 2019
Choosing a Knife for Your Industrial Application
If you rely on knives for your manufacturing processes, you understand the importance of high-quality, durable products designed for specific applications. You know that different procedures require different tools and why specialized knife options are critical to your success. Knife technology has evolved tremendously over the years to meet the increasing demand for high-quality yet cost-effective […]
Read moreNovember 15, 2018
How to Request a Quote with York Saw & Knife
York Saw and Knife has been a premier manufacturer of top-quality custom saw and knife products since 1906. Some of the nation’s leading companies have placed their trust in our products, and we invite you to try them for yourself. But first, you’ll need to request a quote. Today we’re here to show you what it […]
Read moreOctober 24, 2018
Flattening and Tensioning Circular Knives and Saw Blades
Many people fail to understand the importance of the correct blade flatness and tension in providing a consistent cut. The fact is, a flat blade plays a critical role in the quality of your final product. Flattening and tensioning your blades provides improved performance in any cutting application, as it assures that the blades will run at […]
Read moreSeptember 13, 2018
Blade Manufacturing
No matter the industry, you’ll appreciate the value of having high quality cutting tools. Industrial machine knives are indispensable components in your system. They’re used to reduce material size while processing products from paper to pork. While you may know your processes involving machine knives, please consider the requirements we need to manufacture your knives. […]
Read moreMay 21, 2013
What happens next? Heat Treating
In the last post, we highlighted the laser cutting part of our machine knife manufacturing process. In this post, we are giving you a behind the scenes look at the next step of the manufacturing process, heat treating. Heat treating is a process of heating and cooling metals to critical temperatures to alter their structure […]
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