●Servo-driven nonwoven embossing perforating machine for spunbond/hot-air nonwoven. Automatic tension control, on-line slitting, ideal for diaper/medical production.

300m/min High Machine Speed: Engineered for high-volume industrial output, increasing production capacity by 40% compared to standard lines, significantly shortening your ROI period.
Patented Oil-Heating Technology: Our exclusive oil-heating screw system maintains good temperature precision, ensuring a perfectly homogenous melt—the critical factor for high-quality microporous film.
Ultra-Low GSM Capability: Stabilize production of ultra-light films (10-12 GSM) without compromising tensile strength, allowing for massive raw material cost savings.
Exclusive Formula Support: We provide not just the machine, but the secret formulas (PE + CaCO3 ratio) to ensure immediate high-quality production for markets like India, Turkey, and Brazil.



American-Standard Robustness: Built with a heavy-duty frame and high-torque drive systems modeled after the precision logic of DS, ensuring 24/7 vibration-free operation.
High-Output Efficiency: Engineered for maximum throughput, capable of stable production speeds up to 200m/min, significantly reducing the unit cost of film.
Superior Melt Quality: Advanced screw geometry ensures excellent plasticization and temperature uniformity, even when processing high-viscosity PE resins.
Long-Life Durability: Utilizing premium alloy materials and heat treatment processes, our extrusion components offer an extended service life under high-pressure conditions.

Advanced Oil-Temp Control: Our exclusive patented technology replaces traditional electric heating with a thermal oil-circulating system, ensuring a temperature deviation of less than ±1°C.
High-Speed Stable Output: While competitors struggle at lower speeds, our oil-temp tech allows for a stable production speed of 200m/min, with a maximum design capacity of 250m/min.
30% Energy Efficiency: The thermal oil system provides more uniform heat distribution and retention, reducing power consumption significantly compared to standard heating methods.
Superior Film Quality: Constant and precise temperature control eliminates thermal degradation, resulting in a more homogenous melt and superior soft-touch film properties.
