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When machining titanium became all the rage back in the early 2000s, every shop wanted to claim they were doing it because it was a “big deal” at the time.  Fast-forward to today, and many of those same shops are still cutting titanium. However, they are using outdated equipment and...

The Makino MAG1 is ideally suited for high-productivity machining of aluminum monolithic aerospace parts under 1.5M.  The MAG1 can be integrated into Makino’s MMC-2 system enabling unattended 24/7 operation.

The T2 horizontal machining center dramatically increases titanium milling efficiency, combining a standard HSK-A125 interface, 1500 N-m spindle with Active Dampening and Thermal Stabilizer systems to achieve high metal removal rates with outstanding tool life and process stability.  5-Axis configuration...

NURBS Interpolation Advanced Curve Translation Creates Innovative Cutting Technique   A NEW WAY TO MACHINE CURVES NURBS Interpolation Advanced Curve Translation Creates Innovative Cutting Technique  by Jeff Wallace, Makino CAD/CAM applications...

To be competitive today, medical parts manufacturers must leverage the most advanced technology while keeping a pulse on maximizing long-term reliability, accuracy, and ROI. With many low-cost solutions available, it’s important to calculate a machine’s true ROI before making a purchase. While...

Boeing Phantom Works in St. Louis, Missouri, is dedicated to finding better, faster, and less expensive ways to design, develop, manufacture, test, operate, and support current and future systems. As part of this effort, Phantom Works has made industry breakthroughs in the areas of high-speed machining,...

Identifying the best multi-axis approach Please join Jim Walters, Sr. AE for SST/Makino as he uses his 20 years’ experience to provide answers to your biggest machining challenges and demonstrate examples of various machining platforms. Jim will also review approaches that best fit part applications...

The Challenge  Franchino Mold & Engineering in Lansing, Mich., is a leading maker of die-cast and plastic injection molds—some as big as 420,000 pounds—for automotive, construction equipment, appliance and consumer products manufacturers. To deliver orders on time and compete...

CHALLENGE Arnold Engineering (AE) has long built a reputation based on technological advancement. Located in Corona, Calif., the company has established itself as one of the world leaders in aerospace manufacturing. Founder Bob Arnold started the company in 1971, and he always saw...

Aerospace parts come in all shapes and sizes. While manufacturing efficiency of large to mid size structural aerospace parts has been a focal point for Makino, smaller parts like leading edges also require process optimization. These smaller parts are often produced on general purpose machines or in...