Low energy consumption design: Core components such as motors and heating systems are equipped with energy-saving configurations, which can reduce power consumption by 10% to 15% compared to similar equipment. Long-term use can significantly lower factory operating costs, making it particularly suitable for regions with high electricity prices (such as Europe).

High raw material utilization rate: By precisely controlling the cutting size and raw material usage, the waste rate of scraps is kept within 3% (the industry average is 5%-8%), saving the cost of major raw materials such as non-woven fabrics and water-absorbing cores. This is particularly attractive to regions that rely on imported raw materials, such as Africa.

Compatible with a variety of conventional raw materials: It can be adapted to locally accessible non-woven fabrics (such as spunbond fabrics from Southeast Asia and recycled fiber fabrics from South America), water-absorbing cores (mainly pile pulp, with a small amount of high molecular weight), etc., reducing reliance on imported raw materials, lowering procurement costs and supply chain risks.