BURKHARDT+WEBER MCC 630 H HORIZONTAL MACHINING CENTER

Technical Description

The BURKHARDT+WEBER MCC 630 H is a highly rigid, 4-axis horizontal machining center optimized for precision and heavy-duty machining of complex components such as aerospace parts, dies, and molds. It features a substantial X/Y/Z travel of 43.31" x 35.43" x 43.31", allowing for versatile part processing. The machine is powered by a robust 55 HP gear spindle delivering up to 10,000 RPM and generates a maximum torque of approximately 1,300 Nm (based on typical BW spindle data), enabling efficient high-speed and heavy material cutting. The spindle utilizes either HSK-A 100 or 50 taper tooling and supports a large 64-tool automatic tool changer, enhancing productivity and reducing setup times. The machine incorporates a 24.8" x 24.8" pallet system designed to handle up to 1,500 kg, with optional hydraulic clamping for enhanced workpiece stability. The MCC 630 H is controlled via a Siemens 840Dsl CNC system, ensuring precise axis control and advanced machining strategies. The machine’s construction includes a cast gantry column and heavy machine bed with temperature-controlled cooling and high-damping materials to ensure exceptional thermal stability and long-term accuracy. Linear guideways and water-cooled axis drives provide rapid traversing speeds up to 60 m/min and accelerations up to 5 m/s², minimizing non-productive times. Weighing 59,400 lbs and measuring 315" x 130" x 138", the MCC 630 H integrates advanced sensor technology for spindle monitoring and vibration compensation, making it a powerful, stable, and precise solution for demanding manufacturing environments.