Mazak QT-Ez Turning Centers Offer Easy Automation Integration
Appears in Print as: 'Turning Centers Offer Easy Automation Integration'
The QT-Ez Series has been designed for a range of automation solutions — from simple bar feeders and parts catchers to full cooperative robot installations.
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Edited by Angela Osborne
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Mazak QT-Ez Turning Center
Mazak Corp.’s QT-Ez Series CNC turning machines include a wide range of turning centers, including those with multitasking and done-in-one functionality. The series features Mazatrol SmoothEz control and automation systems such as Mazak’s Cobot Cell (CC) Series, which are high-value, versatile solutions ensuring ease of operation along with high productivity.
Series models include the QT-Ez 8, QT-Ez 10 and QT- Ez 12 — each offered in 2-axis, M, MY and MSY versions. M versions include milling capability; MY machines feature milling and Y-axis off-centerline capability; and MSY machines are a combination of both milling and Y axis capability paired with second turning spindles for complete done-in-one part processing. For further increased productivity and unmanned operations, the machines seamlessly integrate with bar feeders and robots.
While each QT-Ez model number indicates the standard chuck size, each model also offers a smaller optional chuck size to provide greater maximum rpm capability. These include a 6" chuck option for the QT-Ez 8; an 8" for the QT-Ez 10; and 10" for the QT-Ez 12. Each model is available in a 20" bed length and an optional 40" bed length for the QT-Ez 12 model. Available machine turrets include 2-axis drum style with a bolt-on or BMT55 turret for rotary tool applications; and tailstocks are offered with either manual positioning with hydraulic quill or servo positioning capability.
To further maximize productivity, the QT-Ez Series has been designed for a range of automation solutions — from simple bar feeders and parts catchers to fully cooperative robot installations such as Mazak Automation Systems’ Cobot Cell System models, the CC-10 and CC-16. The CC-10 system uses a FANUC CRX- 10iA/L and 10 kg payload capacity, while the CC-16 is built around a Universal Robots UR16e platform and a 16 kg payload capacity. Both systems come with three available grip systems and use an area scanner with limited fixed fencing to enable fully collaborative human-robot workflows.
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