Additive manufacturing is touted as the next paradigm shift in manufacturing. The concept of building up material to make parts, versus thousands of years of subtracting or forming metal to manufacture these parts is, indeed, an event of seismic proportions.
Just like a car or truck, CNC machines require routine maintenance to keep them in top form. A well maintained machine tool will perform at peak efficiency and reduce costly breakdowns that interrupt production. Performing routine maintenance, as required, will also prolong the life of the machine.
Undetected broken drills or taps are notorious time and materials wasters. Almost as bad is a detection system that interrupts the machining process to check the tools. In this video Gosiger engineers demonstrate how a BK Mikro checking device can be used in-magazine to check for tool breakage outside of the cutting area.
Choosing the right cutting tools and techniques when machining super alloys and other difficult materials can dramatically reduce cost-per-part.
In this video an Okuma GENOS M560-V Vertical Machining Center is put to the test by machining S7 56Rc steel for a die/mold application. The VMC is equipped with a 15K Big Plus spindle and Hi-Cut options.
Machining titanium and other exotic materials presents a number of challenges, and although there are many conventional techniques that help in this process, this video presents a unique, unconventional approach: Cryogenics.
Okuma’s Partners in THINC is a collaboration of industry leaders who work together to solve customer problems and develop new ways to improve manufacturing productivity and profits.
A collaboration between Gosiger Automation, Okuma, Fanuc and Kitagawa work holding produced this robotically automated machining cell that significantly reduces the time and labor associated with part-to-part changeovers.
In the early days of CNC machine controls, setting up programs could be a bit challenging. Okuma changed all of that with the Windows-based THINC OSP control that makes getting started quicker and easier than ever before.
Many CNC applications require a steady stream of coolant to optimize cutting speeds and throughput. This is especially true when machining parts from hard-to-machine steel alloys, titanium, and other metals that often require precisely applied high-pressure coolant to maintain cutting efficiency and to reduce tool wear.
