Cutting Tools
Machining 3D Parts
For most of the 3D machining required in moldmaking, there are essentially seven steps necessary to achieve the desired results in terms of shape, finish and cycle time.
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Tooling Up for Challenging Cuts
To maximize quality and repeatability, you need the right cutting tools, especially in challenging applications. Here’s a guide for selecting tools for high-speed tool paths, tight areas, straight walls and graphite cutting.
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High-Feed Face Mills Offer Speed, Versatility
Two new cutters not only improved machining speed at this mold manufacturer, but also showcased the potential of some high-feed tooling for heavier, deeper cuts.
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Checklist for Long-Reach Toolholders
Moldmakers hoping to avoid problems such as chatter, poor tool life and molds that fail quality control muster need to consider a variety of factors when selecting a long-reach toolholder.
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Unconventional Strategies for Roughing
Arc of contact and average chip thickness are essential for optimizing rough-machining operations.
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Optimizing Common Roughing Technology
Keeping on top of the ever-advancing range of cutting technologies, edge geometry designs, materials and coatings is essential for achieving higher productivity, faster metal removal rates and more cost-effective machining processes.
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Controlling Cutting Tool Cost with Hybrid Geometries
Why purchase redundant tooling and risk losing control of your manufacturing costs? Hybrid cutting tool geometries allow you to perform multiple machining applications with one tool.
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Creating a Balanced Cut
Decrease machine downtime and increase productivity with the right gundrilling tool.
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Increase Process Security and Minimize Risk
Staying competitive in the growing automotive market comes down to quality, productivity and cost per component, and all three can be accomplished with the right set of tooling solutions.
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