The Xflex series has been developed by applying extensive know-how in high-productivity systems for machining steel, cast iron, and aluminum parts. From its initial conception as a deep hole drilling machine for crankshafts to its current form as a flexible machining center for various parts and operations, the Xflex series has undergone a profound transformation. Thanks to its modularity, these machining centers guarantee maximum stability and flexibility for high-production environments. And always with a single purpose: to provide customers with a machine optimized for their specific part and operation.

Benefits

• High adaptability to different production scenarios through a modular platform that allows multiple spindles per machining unit and up to two opposed machining units. Independent spindle Z-axis is available for twin spindle configurations.
• Multi-sided tombstone fixtures enabling quick and flawless changeovers. Each face of the tombstone can be dedicated to a specific part type or part family.
• The tombstone design allows overlapping loading and unloading with machining operations, reducing the total number of machines required for production.
• Compatibility with dry machining, MQL, or high-pressure coolant applications.
• Design focused on efficient and unobstructed chip shedding.
• Ergonomic design facilitating tool changes and maintenance activities.
• Configurations suitable for gantry loading, robotic automation, or manual loading.

Technical Data

• 4- or 5-axis machining center. All linear axes are equipped with linear scales.
• Tool interface options: HSK-63, HSK-80, or HSK-100. Other interfaces available upon request.
• Motorized or conventional spindle configurations available.
• Chain-type automatic tool changer with 24 or 36 tools. Tool capacity can be upgraded upon request.
• Multiple tool breakage detection systems available, including laser measurement, mechanical checking, and tool monitoring.
• Tool presence control at the tool exchange position between the spindle and the magazine.
• Unobstructed chip shedding design optimized for MQL machining.
• Fully sealed stainless steel front guarding with no horizontal surfaces to prevent chip accumulation.
• Honeycomb bed design allowing chips to fall directly onto the conveyor.