Customization has become essential for modern nonwoven production lines, especially as hygiene, medical, industrial, and packaging sectors demand higher performance, lower waste, and faster turnaround. For manufacturers planning to upgrade or build a new production line, understanding how customization works—and what factors truly influence long-term returns—is crucial. This guide breaks down the key considerations B2B buyers care about most when optimizing a nonwoven production setup.
In recent years, the textile industry has witnessed a dramatic shift toward automation and efficiency. Manufacturers are increasingly turning to high-speed nonwoven machinery to meet the rising global demand for hygiene products, medical textiles, filtration materials, and geotextiles.
The production process of non-glue fiber is roughly as follows: Bale opener→Pre-opener→Mixer→Fine opener→fiber feeder→Carding machine→Cross lapper→Thermal bonding oven→Ironing machine→Winding machine Specific customization is required according to customer needs.
Following our overview of nonwoven technologies, this article provides a technical dissection of a modern needle punching production line. For manufacturers and engineers, understanding these core components is key to optimizing output and product quality.
From rugged geotextiles to soft, absorbent wipes, nonwoven fabrics are everywhere! But did you know these products are made using completely different technologies?
Proper handling of felting needles is crucial for high-quality nonwoven production and cost reduction. This article covers key practices including correct needle installation, safe removal using specialized tools, a proportional rotation system for consistent quality, rust prevention, and proper storage. Following these guidelines helps extend needle and board lifespan, enhance product quality, and lower operating costs.
