ACE MICROMATIC GROUP 3 AXIS MILLING MACHINES - dRILL TAP

 
The DTCXL and XL-L machines are specifically crafted for drill tap operations and comprehensive milling tasks. Engineered with a compact design from the ground up, these machines prioritize the reduction of cycle times by employing both high-speed and precise machining techniques. With the incorporation of a substantial (24) pocket tool changer, the DTC line gains the versatility to manage applications that have conventionally required larger machinery. 

 
The DTCXL and XL-L machines are specifically crafted for drill tap operations and comprehensive milling tasks. Engineered with a compact design from the ground up, these machines prioritize the reduction of cycle times by employing both high-speed and precise machining techniques. With the incorporation of a substantial (24) pocket tool changer, the DTC line gains the versatility to manage applications that have conventionally required larger machinery. 

The DTCXL and XL-L machines are specifically crafted for drill tap operations and comprehensive milling tasks. Engineered with a compact design from the ground up, these machines prioritize the reduction of cycle times by employing both high-speed and precise machining techniques. With the incorporation of a substantial (24) pocket tool changer, the DTC line gains the versatility to manage applications that have conventionally required larger machinery. 

 The TCV540 is tailored for drilling, tapping, and milling applications. These streamlined machines are meticulously designed to optimize cycle times through a combination of high-speed and precise machining. Notably, the rotary pallet changer enables the swift exchange of pallets in just 3 seconds.  

 The Gemini Twin Spindle series is engineered to efficiently manage substantial production volumes across various sizes. The dual spindle configuration leads to significant cost and cycle time reductions per component, effectively doubling productivity. Remarkably, this enhanced capability comes with a footprint that is only slightly larger than that of a single spindle machine. 

 The Gemini Twin Spindle series is engineered to efficiently manage substantial production volumes across various sizes. The dual spindle configuration leads to significant cost and cycle time reductions per component, effectively doubling productivity. Remarkably, this enhanced capability comes with a footprint that is only slightly larger than that of a single spindle machine. 

 The Gemini Twin Spindle series is engineered to efficiently manage substantial production volumes across various sizes. The dual spindle configuration leads to significant cost and cycle time reductions per component, effectively doubling productivity. Remarkably, this enhanced capability comes with a footprint that is only slightly larger than that of a single spindle machine. 

 The Gemini Twin Spindle series is engineered to efficiently manage substantial production volumes across various sizes. The dual spindle configuration leads to significant cost and cycle time reductions per component, effectively doubling productivity. Remarkably, this enhanced capability comes with a footprint that is only slightly larger than that of a single spindle machine. 

The 740V-PRO stands out as a high-speed and compact machine, offering a wealth of standard options suitable for diverse applications. The base package includes a chip conveyor featuring advanced filtration, high-pressure through-spindle coolant, and mist collection. Additionally, it comes equipped with front auto-doors, light curtains, and real tool load. Notably, the 740V-PRO is designed to be robot-ready. 

The 1060V-PRO represents a high-speed and compact machine, offering a plethora of standard options suitable for various applications. The base package includes a chip conveyor with advanced filtration, high-pressure through-spindle coolant, and mist collection. Additionally, it features front auto-doors, light curtains, and real tool load as standard components. Notably, the 1060V-PRO is designed to be robot-ready.