DE PACK Slotting and Corner Cutting Machine integrates a complete set of manual processing functional modules, including manual paper feeding unit, manual precision positioning unit, adjustable manual slotting unit, synchronous manual corner cutting unit, manual waste collection unit, conveying unit and manual stacking unit. It realizes integrated manual operation of slotting and corner cutting, with a simple structure and easy operation, which is convenient for operators to master quickly and reduces the difficulty of manual processing. This slotting and corner cutting machine is specially designed for manual slotting and corner cutting processing of corrugated boards, carton blanks and thick cardboard with a grammage of over 300gsm. It features adjustable slotting depth, smooth corner cutting and easy operation control, ensuring neat and consistent processing effects even in small and medium-sized batch production, and perfectly matching the subsequent carton folding and forming proc

DE-PACK Semi-Automatic Flute Laminating Machine is equipped with a set of practical functional modules that combine manual assistance with automatic core operation, including manual-assisted face paper feeding mechanism, automatic constant-speed face paper conveying unit, semi-automatic bottom paper positioning and feeding device, automatic uniform gluing unit, pressure-adjustable pressing unit, continuous conveying mechanism and manual-assisted stacking device. Designed specifically for laminating printed paper sheets onto various corrugated boards and cardboards with a grammage of 300gsm and above, this semi-automatic laminator boasts user-friendly operation, reliable positioning performance and stable running state. It requires no professional technical background, only simple guidance to operate proficiently, and can deliver consistent high-quality laminating effects for small to medium-sized production batches, achieving an optimal balance between cost and efficiency. As a cost-ef

This Manual Thin Blade Slitting Scorer is a finely crafted device for slitting and scoring corrugated cardboard. Its pre-pressed paper feeding enables steady material conveying, laying a solid base for high-grade processing. The thin-blade slitting structure creates smooth, neat cuts, and the manual grindstone system maintains blade sharpness for consistent results. It realizes perfect scoring without cracks to preserve cardboard integrity, effectively upgrading the efficiency and quality of corrugated board production workflows.

Designed for efficient and precise slitting and scoring of corrugated cardboard, the Computer Thin Blade Slitting Scorer Machine is an ideal choice for intelligent production. Equipped with a computerized servo control system and intelligent pre-pressing mechanism, it enables accurate material conveying and quick job changeover, greatly reducing production waste and laying a solid foundation for high-volume manufacturing. The high-hardness alloy thin-blade module delivers consistently sharp, burr-free and neat cuts. Paired with an intelligent on-line grinding device, it maintains blade sharpness in real time, ensuring consistent cutting performance during continuous production. Adopting a precision crack-free scoring process, the machine perfectly preserves the board's flute profile and structural strength. The computerized servo drive significantly boosts operational efficiency, achieving both a leap in productivity and an upgrade in quality for large-scale corrugated production lines

Engineered for high-speed precision, the Electric Thin Blade Slitting Scorer is a professional solution for corrugated cardboard slitting and scoring. Its motor-driven feed system paired with mechanical pre-pressing delivers consistent material transport and swift setup adjustments, building a reliable base for top-tier production. The sharp thin-blade assembly produces flawlessly even and burr-free edges, while an auto-grinding mechanism keeps cutting edges razor-sharp for uniform batch performance. It creates precise, split-free scoring lines that protect the board's structural strength, and its electric drive drastically speeds up processing, enhancing both throughput and quality in corrugated manufacturing workflows.