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Machine Tools
Shop Combines Automated Grinding and Swiss Turning
Many shops are increasing the scope of their machining capabilities. This Ohio shop has added cylindrical grinding to its 24-hour Swiss-type operations.
Read MoreThe Y of Multitasking
The Y axis has some primary capabilities that make it extremely efficient and cost effective in multitasking operations.
Read MoreAn American Success Story
For 155 years, Wilson Bohannan has manufactured padlocks. It survives by innovation and continuous technological investments.
Read MoreGrinding in the Multitasking Mix
While different approaches to multitasking have been around for a while, shops often aren’t aware of many of the advantages these machines offer.
Read MoreMoving Forward with Self-Directed Work Teams
We all deal with change in different ways. It’s critical to first, recognize, and next, do something constructive about it. The Ohio shop is well on its way on both fronts.
Read MoreConsolidating Operations with Swiss-Type Machines
This Ohio shop is learning about Swiss-type machines and finding how to blend the production advantages they bring into a smooth workflow. Machining parts complete in a single handling is one big advantage and a throughput goal for this shop.
Read MoreCAM System Aids with Productivity and Simplifies Complex Parts
In the case of Webber Metal Products, upgrading the CAM system was all it needed in order to increase productivity and simplify complex part production.
Read MoreAcoustic Emission Sensing Improves Productivity and Prolongs Grinding Wheel Life
In production of precision metal parts such as automotive or aerospace components, grinding to precise tolerances is of utmost importance.
Read MoreAdding Swiss to the Machining Mix
Augmenting this Ohio shop’s machining center based-business with Swiss-type machining capability speaks to trends within the metalworking industry. And it’s working well.
Read MoreTool Monitoring for Complex Machining
One of the biggest challenges to tool monitoring on a multitasking machine is coping with simultaneous cutting operations. Caron Engineering (Wells, Maine) designed a system to meet this challenge.
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