Five-Axis
Five-Axis VMC's Monitoring System Reduces Downtime
Chevalier Machinery’s UNi5X-400 is a 40-taper, high-speed VMC integrated with a fourth- and fifth-axis table.
Read MoreFive-Axis Machine Center Designed for Small Workpieces
Mazak has released the Ultimate Die & Mold (UD) 400/5X vertical machining center, which provides precise five-axis machining for smaller workpieces.
Read MoreHybrid Additive/Subtractive VMC Offers Five-Axis Motion
The hybrid multitasking machine combines laser metal deposition with five-axis machining.
Read MoreMazak to Host Technology Event for Midwest Shops
Event-goers can view technology demonstrations and attend presentations on industry trends given by Mazak partners DP Technology (Esprit), LNS America, Memex and Sandvik.
Read MoreFive-Axis VMC's AWC Enables Continuous, Unattended Operation
Mazak’s Variaxis i-300 simultaneous five-axis VMC includes a a high-capacity auto work changer (AWC) for flexibility and efficiency.
Read MoreHybrid Five-Axis Machine Builds Near-Net Shape Part Features
Smart Manufacturing Experience 2018: Mazak will exhibit its various Smooth Technology products in addition to live cutting demonstrations on its VC-500 AM and small-footprint Integrex i-100 Bartac-S machine tools.
Read MoreBuying a Five-Axis: Selecting the Right Machine
Horizontal or vertical? Trunnion or swivel head? What’s the effective difference between different configurations of five-axis machining centers?
Read MoreCAM Software Helps Shop Five-Axis Machine Aerospace Part
A five-axis machine and HyperMill CAM software from Open Mind Technologies gave a shop the ability to meet the tight tolerances required for the camera-mounting brackets on a NASA satellite mission.
Read MoreGrob Goes Big on Universal Machining Centers
At an open house in Germany, Grob described its focus on the aerospace market for its line of universal machining centers.
Read MoreControl Beyond CAM Unlocks Five-Axis Potential
Capabilities native to the CNC can facilitate levels of performance that would be impossible to achieve by relying solely on post processed part programs.
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