In the realm of automated stamping processes, the NC servo feed machine emerges as a groundbreaking apparatus, meticulously designed for intricate tasks. Diverging from conventional roller feeders, it brings forth distinct advantages that revolutionize feed production on presses. Let’s delve into the capabilities of this innovative machine, exploring the nuances that set it apart.

Versatility Redefined: A Touchscreen Interface Revolution

Intuitive Operation for Enhanced Efficiency

The NC feed machine takes user interaction to the next level with a 7-inch touchscreen and a dual-control system. This not only expedites the configuration of feed parameters but also enhances the overall operational experience, ensuring a seamless workflow.

Pitching Beyond Limits: Endless Possibilities

Unlike its traditional counterparts, the servo feed machine breaks free from mechanical constraints. Through the touchscreen interface, operators can precisely set feed pitch between 0 and 10 meters, vastly expanding the applicability of the equipment across various scenarios.

Precision at Its Core: Ensuring Material Integrity

Damage-Free Feeding: Synchronized Precision

The servo motor, a key player in this setup, is orchestrated by a synchronous belt pulley. This, in turn, propels the lower drum, driving the upper drum through gear transmission. The result is a synchronized and uniformly pressurized material feed that eradicates the risk of indentations and scratches, ensuring pristine output.

Tailored Relaxation Options: Catering to Unique Requirements

With two relaxation modes—pneumatic and mechanical rod release—users have the flexibility to choose based on mold and stamping characteristics. Some models even integrate both, allowing for seamless switching between methods, eliminating the need for additional feed equipment when transitioning between products or molds.

Adaptive Feeding: Meeting Varied Material Needs

Dynamic Dual Feeding Modes: Push and Pull

To accommodate different materials, the NC servo feed machine presents both push and pull feeding options. For thin sheet materials, the pull feed configuration becomes pivotal, ensuring precision in material handling and mitigating the risk of scratches.

Efficient Parameter Management: Streamlining Automation

The machine introduces a parameter storage functionality that proves to be a game-changer in automated production. Multiple sets of feed parameters can be stored based on production requirements. This facilitates swift access to corresponding parameters when switching molds, significantly reducing downtime and enhancing overall production efficiency.

In conclusion, the NC servo feed machine stands as a testament to innovation in the realm of stamping processes. Its intuitive interface, precision-driven mechanisms, and adaptive features redefine the possibilities in feed production. Embracing this technology translates to not just operational efficiency but a leap forward in the quality of stamped output.

NC servo feed machine
NC servo feed machine