Maximize your workshop’s output by choosing to download our professional Doosan 300M CNC Machine Tool drawing. The Doosan 300M series is globally recognized for its exceptional stability and multi-tasking capabilities, specifically in high-torque turning and milling operations. This technical drawing provides an essential architectural roadmap of the machine’s internal structure, detailing the robust slant-bed design and the sophisticated BMT turret configuration. For engineers tasked with maintenance, specialized fixture design, or factory floor integration, this CAD resource offers the precision data required to leverage the full potential of this high-performance machine.

By utilizing these detailed schematics, you can analyze the heavy-duty box guideway construction that gives the 300M its legendary vibration-dampening qualities. The drawing provides specific dimensions for the spindle nose, tailstock travel, and live tooling drive interfaces, ensuring that any custom tooling or automation you develop is perfectly compatible. Whether you are machining complex oil and gas components or large-scale automotive parts, having access to the Doosan 300M’s geometric specifications is a significant advantage for ensuring operational accuracy and reducing setup times. Download this resource today to integrate proven industrial engineering into your next project.

Key Features:

  • High-Torque BMT Turret: Detailed schematics of the Base Mounted Tooling system, offering superior rigidity and higher clamping force for heavy-duty milling tasks.
  • Slant-Bed Structural Integrity: A 45-degree single-piece cast iron bed design that ensures efficient chip disposal and maximum thermal stability during long cycles.
  • Live Tooling Integration: Comprehensive blueprints for the rotary tool drive mechanism, allowing for simultaneous turning and milling operations in a single setup.
  • Box Guideway Architecture: Structural insights into the wide, hardened, and ground box ways designed to handle extreme cutting loads with minimal deflection.
  • Programmable Tailstock Layout: Precise coordinates for the high-rigidity tailstock assembly, essential for supporting long workpieces with high concentricity.