When recharging metalworking fluids, a thorough tank cleanout should be performed so contaminants in the tank don't deteriorate the fresh fluid. Here is a ten-step procedure for doing so.
In finding a way to allow magnetic milling chucks to hold parts that typically aren’t secured by the "invisible" workholding method, this shop happened upon a means to repeatedly position parts in any of its machine tools.
Using choreographed movement of workpiece and oscillating tool, internal thread whirling can produce difficult helical threads inside parts such as ballscrew nuts.
An OEM and contract shop have found value in an unconventional, untethered hydraulic workholding method that uses mechanical energy transfer to charge a fixture's sealed hydraulic circuit. Free and easy HMC pallet movement is the result.
Custom automatic loading systems for grinding machines often lack the flexibility to allow quick job change-overs. These off-the-shelf loading systems were designed with intuitive set up in mind.
While successful mold makers agree that automation is necessary to remain competitive, they often have different opinions about how to integrate automation. This mold maker does it in gradual phases, and in doing so, it drives shopfloor workers to roles of greater responsibility.
Assistive technologies for machinery and shop equipment allow blind workers at this machine shop to assume more advanced, independent roles in the production of aerospace components for Boeing.
A machining process based on maximizing cutting efficiency, rather than speeds and feeds, offers aerospace component manufacturers an option to high speed machining when high material removal rates are required. The best strategy may be to apply both machining concepts.
High-volume manufacturing and robotic automation go hand in hand. Machine-tending robots used in these production schemes need not be very flexible, as they may just load and unload one type of part hundreds of thousands of times.
This contract shop applies basic franchising concepts to maximize efficiency in all aspects of its business. Its intent is not to sow multiple franchise locations, but rather to make its sole facility perform as predictably and profitably as possible.
Machining magnesium is risky business, as the chips and dust generated are flammable. A research consortium has developed a novel way to extract magnesium particles out of the machine by vacuuming them through a hollow tool and spindle during machining.
Manufacturing parts that may be smaller than the chips generated during machining requires more than just the right cutting tool and machine. It requires a micro-mindset that focuses on all aspects of tiny parts processing--handling, inspection, finishing and assembly.