Boost your nonwoven production with the X-series!
In today’s competitive market, effectiveness is crucial for nonwoven producers. Take a look at three critical factors: product quality, machine availability, and performance. Maximizing those results in better profitability and customer satisfaction.
Trützschler Nonwovens’ new NC-X and NCT-X cards are engineered to help producers achieve superior quality, uptime, and efficiency.
01 / Product quality, the core of success
Your customers expect uniform, defect-free nonwovens with weight, strength and other properties well within specification. The NC-X and NCT-X cards are designed to meet and exceed these expectations:
Precise fiber distribution
Both NC-X and NCT-X feature an optimal number of carding points and thus excel in both fiber opening and blending.
Uniform webs
The Clean Concept minimizes fiber fly and fiber agglomerations, reducing the risk of distorted web spots with lower or higher fiber density.
High flexibility
Whether super-lightweight 3D-structured webs for hygiene products or heavier weight webs for geotextiles, NC-X and NCT-X guarantee the perfect web for subsequent processes.
With NC-X and NCT-X, you’ll produce the best possible nonwovens, ensuring customer satisfaction and reducing costly waste.
Every minute counts: NC-X and NCT-X provide such good access to all card components that daily cleaning can be reduced by up to 20 minutes.
02 / Availability: uptime drives proditability
Frequent stops and unplanned downtimes are costly. Every second of downtime reduces your OEE and impacts profitability. The NC-X and NCT-X cards are built for maximum uptime:
Reduced dow time
Easy access simplifies cleaning and maintenance, ensuring maximum production uptime.
User-friendly handling
From movable, repositionable card modules to a convenient lifting device and quick take-off system adjustments, NC-X and NCT-X streamline operations and reduce changeover time.
Longer service life
Tight part tolerances and accurately fitting components help prevent fiber buildup and debris accumulation, reducing the risk of machine damage.