XINYAN Absorbent Ultra Thin Diaper Core Manufacturing Machine

XINYAN Absorbent Ultra Thin Diaper Core Manufacturing Machine

The XINYAN Absorbent Ultra Thin Diaper Core Manufacturing Machine is a state-of-the-art solution designed for the production of high-quality absorbent cores used in disposable hygiene products like diapers. With its advanced computerized control system and high-accuracy components, this machine ensures precision manufacturing for ultra-thin, high-performance diaper cores.

Key Features:

High-Accuracy Manufacturing: The XINYAN machine delivers high-accuracy production of absorbent ultra-thin diaper cores, ensuring uniformity and quality in every batch. It is specifically designed for precise processing of absorbent materials like Airlaid paper, SAP (Super Absorbent Polymer), ATB NW, and glue.

Powerful Performance: Equipped with high-quality components including a motor, bearing, gear, pump, gearbox, and engine, this machine ensures consistent performance for high-volume production.

Efficient Control System: The machine operates with a sophisticated Mitsubishi/HuiChuan control system, offering precise control and efficient operation, reducing the chance of errors and ensuring a smooth production process.

Versatile Application: Ideal for the production of absorbent cores for disposable hygiene products, this machine can be used to process various materials such as airlaid paper, ATB NW, SAP, and glue, making it highly versatile for different product requirements.

High-Speed Production: The machine supports synthetic polymer processing and operates at a normal working speed that helps maximize production output, meeting the demands of large-scale manufacturing operations.

Customizable Options: The final product is rolled and wound, and the machine allows for color customization (typically white or any other specified color), providing flexibility to meet specific product requirements.

After-Sales Support: The XINYAN machine comes with comprehensive after-sales services, including video support and online technical assistance, ensuring continuous support even after purchase.

Durable Construction: With its robust design and durable materials, the XINYAN machine is built to withstand the rigorous demands of high-volume manufacturing, offering long-lasting performance.

Compact Design: Despite its advanced features, the machine is designed with a compact size (3500mm x 4300mm x 3900mm), allowing it to fit into various production environments without taking up excessive space.

Comprehensive Inspection: Before shipment, the machine undergoes thorough video outgoing inspections and machinery test reports to ensure it meets the highest standards of quality, performance, and safety.

Conclusion:

The XINYAN Absorbent Ultra Thin Diaper Core Manufacturing Machine is an excellent solution for businesses in the disposable hygiene industry. With its high-accuracy production, advanced control systems, and versatility in material processing, it offers a reliable and efficient way to manufacture high-quality diaper cores. The machine’s durable design and comprehensive after-sales support make it an ideal choice for large-scale, high-performance manufacturing.

Product Info Gallery

2500/2600mm High Speed Slitting Machine

Applicable materials: airlaid paper, nonwoven

1. Unwinding: single-shaft surface friction unwinding unit, using round conveyor belt to drive the master roll to rotate; unwindingby 3" air shaft, steel convex key type, static weight bearing is over 650kg
producing PET plastic containers and bottles in all shapes.

2. The cutter is fixed on the dovetail plate of the rotating shaft, which can be quickly disassembled and installed. The two friction rollers are driven by two independent motors, and the speed difference can be set online to facilitate the adjustment ofwinding tightness;

3. Machine speed is driven by frequency motor, with floating roll tension feedback and PLC to achieve synchronous transmission.Whole machine is controlled by Mitsubishi PLC, with 10.4 inch color screen human-machine interface control.