October 2006 Issue

October 2006

Cover Story

Involving Operators In The Maintenance Process

Every company is faced with the challenge of having too many things to do and too few resources to do them. Unfortunately, an important activity that often suffers from this lack of resources is equipment maintenance, or more specifically, preventive maintenance.

READ MORE

Features

Featured articles from the October 2006 issue of Modern Machine Shop

Finishing Process Extends Life Of Cutting Tools And Components

Finishing Process Extends Life Of Cutting Tools And Components

By applying compressive forces and abrasive media to cutting tools or workpieces, this surface finishing process improves component wear resistance and lubricity.

Read More
Everything Changes

Everything Changes

Through a sweeping transition to high speed machining, a Maryland contract shop realizes its goal of same-day, "in by 9, out by 5" turnaround.

Read More
For Laser Shops: Oxidation Retaliation
Parts Cleaning

For Laser Shops: Oxidation Retaliation

In an effort to prevent field paint failures, OEMs can no longer accept parts with the oxide buildup. A mechanical means of removal such as hand buffing or grit blasting is commonly practiced. However, these time-consuming and often labor-intensive processes can represent a substantial expense, and they can also introduce inconsistencies.

Read More
Cutting Tools For High Speed Milling Of Aluminum
Milling Tools

Cutting Tools For High Speed Milling Of Aluminum

Go with the flow—chip flow, that is. The uninterrupted flow of the soft aluminum chip determines the design of the end mills that Metlfab uses.

Read More
CNC Machining Fuels Guitar Innovations

CNC Machining Fuels Guitar Innovations

Could Ron Thorn produce a gorgeous electric guitar completely by hand? Sure. Would he now that he has a “metalworking” CNC machine tool? Probably not.

Read More
Five-Axis

An Overview Of 3+2 Machining

An introduction to 3+2 machining: how it works and what it can do for your machine shop.

Read More
WEIMA
WEIMA
WEIMA