TPX6113 Heavy-Duty Floor-Type Boring Mill: Mega-Component Machining Authority

Engineered for Critical Large-Part Manufacturing

The TPX6113 redefines heavy-duty boring precision with its 130mm high-rigidity spindle and 360° continuous B-axis, delivering ±0.005mm positioning accuracy on 10-ton workpieces. Proven in machining hydropower turbine casings, marine gearboxes, and press frames requiring uncompromising geometric tolerance under extreme cutting forces.

5 Core Technological Superiorities

1. Power Transmission Excellence

• 3136Nm Spindle Torque: Machines ISO P50 steel at 8mm/doc (vs 5mm industry avg.)

• 4900Nm Facing Head: 750mm diameter cutter stability at 125rpm

2. Mega-Workpiece Handling

3. Intelligent Kinematics

• 5-Axis Synergy: X/Y/Z/W linear + U radial + B rotary axes

• Adaptive Feed Control: Auto-adjusts 0.05-8mm/rev feeds during interrupted cuts

4. Ruggedized Construction

• Double-Column Design: 24,000kg bed weight absorbs vibration at 6g acceleration

• Turcite-Coated Ways: 100,000+ hour lifespan under 80% duty cycle

5. Energy-Smart Operation

• Regenerative Drives: Recapture 75% deceleration energy (ISO 50001 compliant)

• ECO Chip Management: 3kW conveyor vs 5.5kW industry standard

Industry Application Mastery

Hydro Turbine Case (Switzerland)

“Boring 4.2MW Francis runner housings (ASTM A487 CA6NM):

• Bore Accuracy: Ø1200mm +0.02/-0.01mm

• Surface Finish: Ra 1.6μm without grinding

• Time Savings: 38hrs/casing vs older machines”
  — ABB Hydro Installation Report

Typical Workpieces

• Energy: Turbine split lines, nuclear valve bodies

• Marine: Propulsion gear casings, stern tubes

• Heavy Machinery: Extruder barrels, mining crusher frames

Precision Specifications

Heavy-Industry Packages

• Nuclear Power Upgrade:

  • Lead shielding doors (NRC 10CFR20 compliant)

  • Helium leak detection for pressure boundaries

• Shipyard Solution:

  • Salt-spray resistant electronics (1000hrs ISO 9227)

  • Hull block alignment laser

Smart Manufacturing Integration

• Digital Twin: Siemens NX virtual machining for 20-ton components

• Vibration Analytics: Predict spindle bearing failure 300hrs in advance

• AR Maintenance: HoloLens-guided precision reassembly

Call-to-Action

→ Request Heavy-Equipment Machining Kit