High speed cutting, supporting automated production, reducing labor intensity, and saving labor costs
No need for cutting knives, no need to make and store knife molds, high cutting accuracy, reducing subsequent processing steps and scrap rates
Easily handle various TPU high-precision small tooth cutting and high difficulty cutting
Our self-developed control system and typesetting software can meet the cutting needs of various materials
Odorless, dust-free, in line with the production concept of smoke-free, ecological, and environmentally friendly
More durable, with a mechanical lifespan of 20 years and stability like a rock
Pre-layout through the core algorithm and output program instructions, continuous operation, and complex processes integrating multiple functions such as cutting, punching, and marking effectively improve production efficiency.
It relies on manual operation, and its efficiency is limited by the physical strength of workers and the time for process transfer, resulting in low production efficiency.
With a precision mechanical structure combined with high-performance servo control, the cutting accuracy can reach ±0.1mm.
Manual and semi-automatic cutting have largererrors, with a precision deviation of ±2mm.
By adopting a pre-layout material calculation model and optimizing with intelligent nesting algorithms, it is possible to reduce materialprocurement waste from the source and save costs.
The cost of consumables for the knife mold is high, and the utilization rate of materials is low.
It enables free switching between high-volume production and small-batch, multi-variety production models.
It often relies on outsourced production of knife molds, which has a long cycle. Moreover, it is difficult to manage knife molds, and the order switching cycle is long.
Equipped with a safety grating and an automatic emergency stop system, it enables man-machine isolated operation, and the intelligent operation greatly reduces work-related injury accidents
Manual loading and unloading involves frequent exposure to dangerous areas, which is likely to cause work-related injuries.
Relying on the MES system to achieve real-time monitoring of production data and instant response to anomalies. The intelligent cutting machine adopts digital management and precise computer layout, making the production data more accurate.
Relying on manual records and experience-based judgments results in a long cycle for tracing quality issues.
By pre arranging and calculating materials, enterprises can lock in the optimal combination of material specifications, quantities, and suppliers before procurement, transforming the traditional "extensive" material estimation model into a lean model of "precise procurement on demand"
Can accurately calculate material usage, optimize layout and layout to maximize material utilization and reduce waste.
Displaying the arrangement of cutting graphics in an intuitive interface, users can clearly see the calculation results and procurement data.
Quickly generate multiple typesetting schemes, saving time for manual calculation and typesetting, improving work efficiency, and can automatically adjust according to preset rules. It has strong intelligence and reduces the skill requirements for personnel.
Output procurement quantity data and store and manage related layout and material calculation. Data is convenient for querying, statistics, and analysis, providing a basis for enterprise production decisions.
By adopting the HAIFEI Footwear ntelligent Manufacturing Industrial Internet Platform. production becomes more inteligent. It connects with the actory's ERPMES system to transmit data, helping workers efficienty record equipment production data and output schedules. This empowers enterprises to implement smart manufacturing strategies, move ahead of the competition, and succeed in today's fast-paced market.
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