高性能梳棉机C 81

The Trash Level Monitor is an intelligent sensor system that measures the amount of trash in the carding process in real time. It continuously monitors the trash level before and after card process and provides data to the machine control system. This allows operators to adjust settings proactively for optimal cleaning efficiency and fiber utilization. The result is improved process transparency, reduced raw material waste, and consistent sliver quality even with varying fiber mixes or recycled materials. The Trash Level Monitor can be retrofitted on cards C 80 and C 81.

The IGS is an automated grinding system integrated into the card. It continuously sharpens the card clothing during machine operation without stopping production. This frequent grinding ensures that the clothing remains in optimal condition, delivering consistent carding performance and sliver quality. By maintaining sharp wire tips, IGS reduces fiber damage, minimizes maintenance downtime, and extends the clothing’s service life by 10 – 20%.

Yes. The C 81 is designed to process recycled fibers, yarns, and fabric remnants effectively. Specialized components and optimized fiber flow ensure gentle treatment while maintaining cleaning efficiency, making it ideal for sustainable spinning operations.

Absolutely. Its modular concept allows flexible integration into both new and existing lines, whether Rieter or non-Rieter systems. This adaptability makes the C 81 a future-proof investment for mills looking to upgrade or expand their carding capacity.

The C 81 consumes up to 17% less energy than comparable 1.28 m cards. This efficiency is achieved through optimized drive systems, reduced friction, and the ability to reach higher production with fewer cards. Lower energy costs combined with reduced space requirements make the C 81 a highly economical solution.

Sliver quality is guaranteed through a combination of precision carding gap control, advanced monitoring systems, premium Graf card clothing, and the Integrated Grinding System (IGS) for continuous wire sharpening. These features ensure optimal fiber opening, minimal neps, and consistent sliver evenness, which translates into high-quality yarn downstream.