DENFORD NOVATURN HORIZONTAL MACHINING CENTER

Technical Description

The Denford Novaturn is a compact horizontal machining center engineered for precision turning and milling operations on small to medium workpieces. The machine features a primary turning spindle with a 6.000" maximum turning diameter and 8.750" maximum turning length capability, accommodated by a 3.000" chuck diameter and 6.250" maximum swing. Operating at 3,500 RPM with 1.60 HP output, the spindle delivers consistent torque for reliable material removal. The machine incorporates a slide-type primary tool carrier with capacity for eight turning tools, though only one cutting tool operates simultaneously, enabling sequential single-point operations. With two axes of controlled movement—5.500" X-axis travel and 8.750" Z-axis travel—the Novaturn provides adequate workspace for component machining. Rapid traverse rates of 47 ipm across all axes ensure efficient non-cutting movements and cycle time optimization. The dual spindle configuration, each rated at 3,500 RPM and 1.60 HP, provides operational flexibility for complex part geometries or extended production runs. This horizontal layout maximizes chip evacuation and coolant flow efficiency while maintaining a compact footprint suitable for job shops and small manufacturing facilities. The Novaturn's design prioritizes accessibility and ease of operation, making it an excellent platform for precision turning applications requiring integrated milling capabilities on fixed-axis geometries.