Answer: It completely eliminates the pain point of needing extensive manual labor to break apart multi-out products with hammers or by hand after they come off the flatbed die-cutter. This process is typically the slowest, most tiring, and most labor-intensive bottleneck in the entire production line. The FP-1650 is designed to eliminate this bottleneck.

Answer: Absolutely. The first module of the system is a 90° Rotating Turntable. This allows you to choose whether to rotate the board 90 degrees or let it pass straight through, depending on the die-cutting layout. This flexibility ensures that the board enters the breaking unit at the optimal orientation, regardless of your imposition scheme.

Answer: After separation, the individual bundles are transported via non-powered gravity rollers to the stacking station at the end. Compared to the previous process that required multiple workers for high-intensity "breaking" work, you now only need one operator at the end to easily organize and stack the finished products onto a pallet. This results in substantial labor savings.

Answer: The ROI is typically very high and is realized in three key areas:Significant Labor Savings: It reduces a process that once required 3-4 or more workers down to just one, drastically cutting labor costs.Increased Efficiency: The speed and continuity of automated breaking far exceed manual operations, allowing your expensive die-cutter at the front end to run at its full potential, which significantly increases overall output.Improved Quality: Standardized mechanical action is more consistent than manual hammering, effectively reducing product damage during separation and improving the yield of finished goods.

Answer: This is a modular system, so installation is relatively straightforward. It is typically placed at the delivery end of your flatbed die-cutter. We will provide detailed layout drawings (like the appendix in our quotation) and guide you on-site planning to ensure a seamless connection with your existing equipment.