Double-Blade Working Centre for Single-Stroke Panel Cutting

The patent combines two blades on a single cross member, allowing the forward stroke to perform both incision and cutting operations simultaneously. This merging of functions eliminates the need for separate forward and return cutting operations, effectively doubling the productivity while reducing cutting time by half compared to single-blade systems.

The double-blade configuration enables continuous useful action during the entire forward stroke of the cross member. The first blade creates an incision while the second blade simultaneously performs the cutting operation along the same path, ensuring that both strokes (forward and return) contribute to the cutting process without idle time.

The working group is designed with universal applicability by incorporating two independently controllable blades that can be adjusted in position, height, and rotation direction. This configuration allows the same machine to perform multiple functions including cutting, bevelling, grooving, and other machining operations on various materials such as wood, metal, ceramic, and plastic, eliminating the need for separate specialized machines.

The patent employs dynamic adjustability where the blades can be independently positioned along the vertical axis, rotated in different directions, and controlled at varying speeds. This dynamic configuration allows the machine to adapt to different machining requirements and material types, providing flexibility comparable to having multiple specialized machines while maintaining a single compact system.