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The F9 is designed to to attack both large production part applications as well as big die and mold components by provide stiffness and rigidity for chatter-free, heavy cutting, roughing and finishing on the same machine, agility for high-speed / hard-milling and accuracies for tight-tolerance blends...

The L2 vertical machining center is designed for high-volume, small-part manufacturing. Combining rigid construction, a compact footprint and flexible spindle design, the L2 offers a highly stable and reliable machine platform for fully unattended, around-the-clock part processing. 

Provides an educational resource to further North American manufacturing competitiveness Mason, Ohio – May 2008 – Makino’s popular online seminar program has led to the creation of a huge library of multimedia events. The Makino Online Seminar Library is available at www.makino.com/library,...

Roughing. Heat treating. Grinding. Electrode manufacturing.EDMing. Benchwork. Sound familiar? Each step in this traditionalapproach to forging die production adds time — and money — to theprocess. But it doesn't have to be that way.   Roughing. Heat...

To stay competitive and lower manufacturing costs, metalworking companies must take advantage of the most advanced machine tool manufacturing technology. This requires investing hard earned cash. Now, by working with Makino Inc., a full range of financing options can be structured to meet any capital...

Nypro Puerto Rico, the first offshore facility for the eighth largest injection molder, needed an infusion of new technology in the mold building capacity at its Nypro Technology Center (NTC). NYPRO - OVERHAULING THE SHOP FLOOR Nypro Puerto Rico, the first...

A 1.0mmØ x 50mm electrode featuring a 0.014mmØ pure tungsten rod tip was mounted to the spindle collet holder of a Makino EDFH1 sinker EDM. A precision ground copper tungsten dressing block was mounted to the machine's table. The EDFH1's Auto Precision Dressing macro was used to dress electrode...

A Makino V22 vertical machining center was used to manufacture a micro medical staple mold out of hardened 420 stainless steel. Previous processing of the mold was performed using electrical discharge machining (EDM), and required 67 hours of machine time to achieve 0.20mm corner radii._x000D_ _x000D_...

This micro component was machined by using a combination of micro hole machining technologies of the EDFH1, fine hole sinker, and ultra fine wire technologies of the UPJ-2 horizontal wire EDM. The first operation of the EDFH1 machine, required the use of a 60 micron tungsten electrode, to produce (4)...

Mason, OH – August 16, 2012 – Makino has launched its new corporate website, www.Makino.com, featuring detailed information on products and services, and access to hundreds of technical resources that help manufacturers make what matters. The new website is mobile-compatible and offers a...