The semi-automatic die-cutting machine is a core equipment in the field of post press processing, which processes printed materials, cardboard, or film materials into specific shapes through a process of "positioning first, cutting later, and cutting later". The core principle is based on the combination of mechanical pressure and mold: after the operator places the material in the supply area, the equipment sends the material into the die-cutting area through a controllable feeding mechanism. The flat pressing mechanism loads the mold and applies uniform pressure, allowing the tool to accurately cut or mark the surface of the material. The finished product and waste are separated through the discharge system.
structural composition
Supply and alignment system: After manual feeding, the feeding mechanism combines positioning rails and rollers to ensure accurate placement of materials and reduce deviation.
Flat pressure mechanism: It adopts a four column guide structure with high sliding accuracy up and down, and is matched with servo motors or hydraulic systems to control the impact force, adapting to materials of different thicknesses.
Mold and knife set: Supports steel knives, hardware molds, or steel plate carving templates, with long tool life and easy replacement. Some models are equipped with infrared positioning devices to improve accuracy.
Discharge and safety system: Finished products and waste are separated and discharged, and the equipment is equipped with safety light curtains, emergency stop buttons, and protective covers to ensure safe operation.
Applicable scenarios
Packaging industry: Processing paper boxes, labels, cards, advertising paper products, etc. to meet the needs of small and medium-sized batches and multiple varieties, especially suitable for customized packaging production.
Electronics industry: producing mobile phone accessories (such as blackout screens, speaker nets), new energy vehicle screen accessories, etc., requiring high precision, shock resistance, and insulation functions.
Film and Material Processing: Processing paper, cardboard, thick cardboard, and film materials of different weights to meet the requirements of surface coating for mold wear resistance.
technical advantage
Flexibility: Quick mold replacement, direct process switching, suitable for small batch high-frequency orders.
Accuracy and stability: The back gauge structure and servo control achieve repeated positioning accuracy, with neat and burr free edges.
Cost effectiveness: Compact size, lower investment and maintenance costs than fully automated equipment, suitable for enterprises with limited funds.