MFG BC6085 CNC Shaper Machine

12 Motorized Feed Rates & Optional CNC Control for Medium to Large Workpieces

Product Overview
The MFG BC6085 is a heavy-duty industrial shaper machine specifically engineered for machining flat planes, keyways, and dovetail surfaces on medium and large metal workpieces.

Combining the high-rigidity architecture of a traditional shaper with modern numerical control (CNC) technology, it efficiently processes complex and special-shaped parts.

Driven by a high-precision crossbeam guide rail feed system, the BC6085 provides an exceptionally stable and flexible cutting solution for machinery manufacturing, heavy equipment maintenance, and the die & mold industry.

Key Features & Engineering Details

• Heavy-Duty Capacity for Large Parts: Structurally reinforced to provide superior load-bearing capabilities, the machine stably supports and processes medium to large components. It maintains strict geometric accuracy and resists vibration even under heavy-load cutting conditions.
• 12-Speed Motorized Feeding System: The worktable supports both manual and powered horizontal feeding along the crossbeam guide rail. The powered feed mode offers 12 selectable feed rates, allowing operators to precisely match cutting parameters to material hardness and surface finish requirements.
• Optional CNC Integration: To accommodate complex geometries, the machine can be configured with an advanced CNC system. This automates the planing process for special workpieces, significantly enhancing machining consistency, repeatability, and overall production efficiency.
• Precision Crossbeam Guideways: The crossbeam guide rails undergo rigorous quenching and precision grinding. This ensures absolute smoothness and accuracy during the horizontal movement of the worktable, making it the ideal setup for machining long keyways and precision dovetail surfaces.
• Exceptional Machining Versatility: Beyond standard horizontal planing, the machine features a fully adjustable tool holder system capable of efficiently machining formed surfaces, T-slots, and various angular bevel cuts.