General Tools | Epic Tool
Epic Tool

Why Carbide Remains One of the Most Popular Tool Materials

CNC Machine

The Team here at Epic Tool in Stoney Creek, Ontario, is proud to work with one of the most robust and most widely used materials, Carbide, on a daily basis since 2005. From CNC milling to custom carbide tool cuts, we are not only happy but proud to use this material in our everyday life, […]

Read More…

The Benefits of Choosing Carbide Tooling Solutions

carbide tooling

Epic Tool is one of North America’s top carbide tooling solutions companies. We have exclusively worked with carbide for the last ten years and produce upwards of 300 carbide tools per day. You can say we are carbide experts and have outlined the benefits of working with and purchasing carbide tooling solutions for your company. […]

Read More…

Why Epic Tool is Part of Hamilton’s Fastest Growing Companies

hamilton ontario

The team here at Epic Tool Inc is very proud to be a part of Hamilton’s Fastest Growing Companies. We are a tooling solutions company with a wide range of standard and custom products, serving a handful of skilled industries across North America since 2005. We will highlight some of the reasons we are recognized […]

Read More…

How to Prevent Breakage and Chipping on Carbide End Mills

Carbide End Mills

Carbide end mills are made to last the test of time for various projects and materials. Any contractor understands this and will happily invest in custom carbide tools for their projects and businesses. The team at Epic Tool Inc understands this but still wants to offer some tips on how to prevent any possible breakage […]

Read More…

Speeding Up Your Tool Change Time

CNC Tools Speed

It is not uncommon for machining centres to have automatic tool changing devices to automate the tool changing process. Newer models exhibit quicker tool changing times. If you’re trying to minimize cycle time, there may be some things you can do to reduce tool change time. Reducing tool changing time will make the machine more […]

Read More…

5 Mistakes to Avoid When Designing Parts

Millstar Canada

Unnecessary Machining A common mistake when designing parts is designing unnecessary features to machine. Such unnecessary machining adds to your run time and final production cost. There are many approaches that may be a neat addition to your machine visually, but add significant run time to machine away the remaining material. Instead, eliminate the need […]

Read More…

What Is SFM in Machining?

YesTool

What does SFM stand for? In terms of CNC operations, the acronym SFM stands for Surface Feet per Minute. But what does that mean? Well, it’s how quickly a cutting tool moves across the surface of a workpiece during a CNC machining operation cycle. For machinists, it’s an easily understood common denominator for describing tool […]

Read More…

Reducing Heat Generation in Cutting Tool Applications

heat generation

Heat is a natural byproduct with any cutting tool application, but it’s important that you know how to minimize it, as it will improve the life of your tool. Heat isn’t always bad and doesn’t need to totally be avoided, although, controlling heat will help prolong your tool life. Taking every precaution possible to redirect […]

Read More…

CNC Machining Within the Automotive Industry

CNC Machine

The automotive industry has established itself on innovation and improvement since its inception in the 1860’s, and manufacturing advances have been responsible for a great deal of automotive innovations. For example, take Henry Ford, 1913; he revolutionized auto assembly and mass production with the first moving assembly line and automation and streamlining have remained two […]

Read More…

Slotting Efficiently With Miniature Cutting Tools

Millstar Canada

Slotting is one of the most difficult operations on a tool. Whether your tool is a 1” diameter drill or a .032” precision end mill, during slotting operations, a lot of force and pressure is applied to the entire cutting edge of the tool. This results in slower speeds and feeds and increased tool wear, […]

Read More…