MD-8AL (1+2) Custom Furniture Production Line With Robotic Palletizing

The MD-122(1+2) Custom Furniture Production Line With Feeding On Lifting Platform is an automatic lifting platform that automatically raises the material for feeding, enabling simultaneous material handling for two CNC machine tools. The overall process of the MD-122(1+2) Custom Furniture Production Line With Feeding On Lifting Platform is as follows: Lifting platform loading → Labeling machine assembling the material → Labeling → Pushing out the board → Intelligent left and right translation platform → Conveying to left and right conveyor platforms → Cutting machine grabbing the material → Cutting → Unloading → Manual material collection.

The M12(1+2) Custom Furniture Production Line With Gantry Crane Loading is an automated system that uses a gantry structure to simultaneously handle material handling and loading/unloading operations for two CNC machine tools. The overall process of the M12(1+2) Custom Furniture Production Line With Gantry Crane Loading is as follows: Gantry loading – Labeling machine – Labeling – Automatic allocation to processing machines by the intelligent distribution system – Machine preparation – Cutting – Processing completed and pushed to the unloading platform – Robotic arm picks up the material.

The MD-8AL (1+2) Custom Furniture Production Line With Robotic Palletizing seamlessly integrates a gantry automatic feeding system, two CNC engraving machines, and an industrial robot palletizing system to create a highly automated production line. The "one-to-two" mode allows the two machining centers to operate almost continuously without interruption, increasing equipment utilization to over 90%. Automated loading, unloading, and palletizing minimize non-processing time, increasing overall production efficiency several times over. The entire process of the MD-8AL (1+2) Custom Furniture Production Line With Robotic Palletizing, from raw material loading to finished product palletizing, requires no manual intervention. Only a small number of personnel are needed for monitoring and auxiliary operation, significantly saving labor costs and solving the problem of labor shortages.

The M20(1+4) Panel Furniture Production Line is a solution specifically designed for the mass production and automation of molded cabinet and wardrobe door panels. Its core functionality involves a single main control unit that links multiple machining centers. The M20(1+4) Panel Furniture Production Line can perform marking, hinge hole drilling, grooving, and sculpting on the back of the door panel. It is suitable for fully automated processing of both sides of molded door panels, significantly improving production efficiency and saving labor costs. The M20(1+4) Panel Furniture Production Line requires minimal human intervention. Through a central controller, processing tasks are precisely allocated, ensuring consistent and standardized processing details such as shape and hole positions on both sides of the door panel, thus maintaining stable product quality.

The M12(1+3) Wardrobe Production Line is suitable for cutting cabinet panels, greatly improving production efficiency and saving labor costs. The M12(1+3) Wardrobe Production Line features highly efficient automatic labeling, significantly reducing the chance of labeling errors and minimizing mistakes in later production. The M12(1+3) Wardrobe Production Line places processed panels onto a single hydraulic platform, where the intelligent distribution system distributes them, reducing damage caused by repeated manual handling.

The M20(1+1) Panel Furniture Production Line is suitable for fully automated processing of both sides of molded door panels and cabinets. Automated processing includes shaping both sides, creating hinge holes, and completing glass door processing in one operation. The M20(1+1) Panel Furniture Production Line integrates CNC engraving machines with automatic flipping, positioning, and conveying equipment, achieving full automation from panel loading to completion of double-sided processing.