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Without the right tool holder, difficult conditions create the perfect storm for chatter, poor tool life and failing quality control molds.

Runout can be fickle, but finding a solution for it can pay significant dividends. How a little wobble can really increase your costs.

In order to take full advantage of a machine tool's capabilities, you must have the tooling to unlock a machine’s full capability. Here is some advice for making the most of a new machine tool with the right tooling.

To achieve efficient tool life, proper finish and productivity in high-speed work, tool holders need to be as rigid, compact and short as possible to keep the whole assembly stable. Here's what you need to know when choosing a high-speed tool holder. 

Choosing the right tool for the job transforms results through higher productivity, consistent quality and greater profitability.

Micromachining, cutting where the volume of chips produced with each tool path is very small, is not a high-speed operation in relation to chip load per tooth. Rather, it involves a high spindle speed due to cutter diameter. The part may be physically larger, but details of the part require ultra-small profiles achieved only by micromachining. In other words, micromachining is not limited in scope to only miniature parts.

The return on investment from digital boring comes from the time saved making adjustments on the spindle, as well as the increased adjustment accuracy.

There are three particularly sensitive areas of the tool holder assembly that can experience process-affecting wear and tear and cause a cycle to change.

In a recently published article in Manufacturing Engineering, BIG KAISER contributes to the conversations of the evolution of five-axis machines.

Lead angles close to 90° more effectively combat potentially damaging chatter and vibration because they apply the least amount of radial pressure.