Problems faced by traditional cutting methods
1.1 Manual printing, irregular cutting and low efficiency
Traditional clothing and fur industries often use hand pattern making and cutting. This method is not only inefficient, but the cutting patterns are often not standard enough, affecting product quality and production efficiency.
1.2 The layout is complex, there are many varieties, management is difficult, and it is easy to wear and tear.
There are many types of patterns in the clothing and fur industry, making management difficult. At the same time, pattern wear will also affect production efficiency and product quality.
1.3 Manual typesetting is time-consuming, wastes materials, and increases costs
Traditional unloading methods require a lot of manual time. At the same time, due to inaccurate discharging, it is easy to waste materials and increase production costs.
1.4 The wages of professional tailors are high, and it is difficult to recruit workers during off-peak and peak seasons.
Professional tailors are scarce talents in the industry. Their wages are relatively high and recruitment is more difficult. At the same time, due to the strong seasonality of cutting operations and obvious off-peak and peak seasons, it also brings certain difficulties to the company’s production and personnel management.
1.5 The risk factor of manual tailoring is high
During the manual cutting process, due to improper operation or fatigue and other factors, it is easy to cause cutting errors or safety accidents, bringing certain risks to the enterprise.
1.6 Order requirements are getting higher and higher, and traditional laser cutting cannot meet them.
As consumers have higher and higher requirements for clothing quality, traditional laser cutting equipment can no longer meet the high-precision and high-efficiency production needs.
Advantages and applications of digital cutting machines
Import the cutting graphics software with one click, and ordinary workers can be on duty in two hours. The digital cutting machine uses advanced cutting graphics software, which can import the designed layout or pattern with one click, and ordinary workers can operate it skillfully after simple training. This greatly reduces the dependence on professional cutting workers and improves production efficiency.
Super typesetting software, material utilization rate increases by more than 10%. Materials can be intelligently marked according to the layout, effectively improving material utilization, reducing waste, and reducing production costs.
Linear guide transmission system, accuracy ±0.1mm. The digital cutting machine adopts a high-precision transmission system to ensure cutting accuracy and stability and meet high-standard quality requirements.
Using Japanese Panasonic servo system, production efficiency is increased by more than five times. The application of servo systems makes the power of CNC cutting machines more stable, improves production efficiency, and meets the needs of mass production.
Tools are interchangeable, and cutting, drilling, and marking are completed automatically. The digital cutting machine has multiple functions and can realize cutting, drilling, marking and other operations, and the cutting tools are interchangeable to improve production flexibility.
Automatically pull and collect materials, saving time and effort. The digital cutting machine is equipped with an automatic material pulling and rewinding device, which reduces the time and labor costs of manual intervention and improves production efficiency.
The application of digital cutting machines can bring significant efficiency improvements to enterprises, save a large amount of labor costs and raw material costs every year, and improve the market competitiveness of products.
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