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The EDBV8 (Electrical Discharge Blade and Vane) machine expands on the X/Y/Z stroke capacities of the smaller EDBV3, and has been designed with a focus on EDM Drilling of turbine engine components.
Presenters: Marc Bay - Market Segment Manager at Makino Inc. Chris Frost - Director of Sales and Marketing EDM at Bedra Inc. THE Second of 3…. In this series of three conversations, we are exploring the history of wire manufacturing, the evolvement of bedra, since its foundation in the...
The EDAF3-Fine Hole machine achieves the same level of high performance as the EDAF2-Fine Hole, but offers larger X/Y/Z Strokes and a larger work tank to accommodate bigger size parts.
Presenter: Darren Harville – Market Segment Manager Jay Riendeau – Machine Platforms Engineering Manager Keeping your spindle turning and making chips is what you are focused on . . . but those chips can pile up. In this conversation we will discuss and demonstrate some key...
i-setup function was developed to assist the operator in workpiece set-up, alignment and coordinate system setting. In “normal operation”, this process has been (traditionally) manually achieved, is time consuming - reducing spindle utilization on expensive machine tools, requires a certain...
Why WET Invested In An EDAF3 Sinker EDM For Moldmaking The Challenge WET in Sun Valley, Calif., designs, manufactures and installs some of the world’s most iconic fountains and engaging public displays of water, fire, fog and ice. The company’s well-known projects include...
The EDNC17 offers the same utility and capability as the smaller EDNC15 machine, but provides larger X/Y strokes and a larger work tank area.
Makino software is designed to work smarter, not harder.
The EDNC6 machine provides similar high performance as the EDAF-Series, but with larger X/Y/Z strokes and larger work tank. The standard configuration EDNC6 utilizes a three-sided programmable rise-and-fall work tank that positions below the table level and accommodates work piece sizes up to 39”...
As head milling applications engineer for Makino, Ron Field spends most of his time helping die and mold manufacturers implement high-speed machining applications. From this hands-on experience, Field has developed a list of commonly held misconceptions about high-speed machining.
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