
| Production Speed | 800-1200 pieces per minute |
| Product Size | 240mm,290mm,320mm,420mm(Customized according to customer requirement) |
| Production Yield Rate | ≥98% |
| Weight | About 50 tons |
| Machine Size | 25x4x3m |
| Safety System | It has safety device on the operating side, matched with urgent stop switch.High audio fan uses sound insulation or silencer. |
| Raw Material | Fluff pulp, SAP, non-woven fabric, PE film |
| Control System | PLC control system(Mitsubishi),HMI Operating on the LED touch |
| Drive system | Servo Drive(Easy to change size), timing belt and flat belt are import products, and all the key parts, are import bearings. |
| Power | 240V,50Hz,3 Phase Five Wire |
Technical features:
* Compact design, easy operation & maintenance
* Modular design, for future upgrading
* Low consumption, high efficiency
* Servo or frequency inverter transmission
* Touch screen for man-machine conversation
* Auto record and calculation of process data
* Main raw material auto splicing at zero speed
* Inverter or servo unwinding with tension control
* Web guiding controller
* Sensor quality control systems
* Material broken and lost inspection, auto machine stops and defective products auto rejection
* Easy size changing and manufacture
| Core Structure | Sub-Structure | Main Materials | Key Features |
| Surface Layer | Skin-Friendly Layer | Combed Cotton,Bamboo Fiber | Soft, skin-friendly, breathable |
| Breathable Layer | Microporous Non-Woven Fabric | Moisture-wicking, reduces stuffiness | |
| Distribution Layer | Rapid Penetration Layer | High-Puff Non-Woven Fabric | Fast liquid absorption, no local accumulation |
| Despersion Layer | Patterned Non-Woven Fabric | Even liquid distribution | |
| Absorbent Core | SAP Locking Layer | Super Absorbent Polymer (SAP) | High water absorption, anti-reverse osmosis |
| Support Layer | Fluff Pulp, Hollow Fiber | High water absorption, anti-reverse osmosis | |
| Leak-Proof Bottom | PE Breathable Film | Polyethylene Breathable Film | Waterproof, breathable |
| Anti-Slip Adhesive | Medical-Grade Adhesive | Secure fit, no displacement | |
| Wings | Fixing Wings | Rigid Non-Woven Fabric | Anti-side shift |
| Leak-Proof Edges | Elastic Non-Woven Fabric | Enhanced side leakage protection |












Data-driven assistance in production management enhances efficiency
Basic production data tracking:
The device is equipped with a simple counter that can automatically record hourly output, daily pass rate, raw material consumption and other data, and supports one-click export (via USB flash drive or mobile phone connection), helping customers quickly calculate the cost of a single piece and optimize production scheduling plans. It is especially suitable for small and medium-sized factories lacking professional production management systems.
Real-time energy consumption monitoring:
The screen can display current power consumption, heating energy consumption and other data, which is convenient for customers to identify "high energy consumption periods" and adjust production arrangements (such as off-peak electricity usage), further reducing operating costs and adapting to regions with large fluctuations in electricity prices (such as some European countries).
Adapt to the body types and habits of users in the region
Precise and adjustable size:
In response to the differences in body types among women in different regions (such as the average waist circumference of women in Europe and America being wider and those in Southeast Asia being slimmer), the length, width, and side wing expansion Angle of sanitary napkins can be precisely adjusted. The products produced are more in line with the wearing needs of local users, reducing return complaints caused by "ill-fitting".
Localization of functional details:
Supports production of various types such as with wings, without wings, extended night use, and ultra-thin daily-use, which can be adjusted according to regional preferences (for example, the Middle East market prefers high-waist design, while the Japanese and South Korean markets favor "seamless ultra-thin"). This can be achieved simply by adjusting parameters without the need to modify the core structure of the equipment.