With the BCF plants BCF S8 and BCF S+ Oerlikon Neumag offers a product portfolio in which the customer is certain to find the plant designed to meet their individual needs.
In today's competitive landscape, BCF carpet yarn manufacturers – whether producing commodities or niche products – are under mounting pressure to improve both quality and efficiency. The demand for advanced solutions that enhance performance, quality, and operational efficiency has never been greater.
The Oerlikon Neumag BCF S8 plant is our most efficient BCF system to date. The BCF S8 offers high productivity and takes our product portfolio to a new level to help you compete in an ever-changing marketplace
Leading innovation for the carpet industry
The BCF S8 plant is designed to deliver exceptional productivity while taking your product portfolio to new heights, empowering you to stay ahead in a rapidly evolving market. To achieve this, Oerlikon Neumag has further optimized the straight yarn path, extending it from spinning all the way into the draw field, creating a more streamlined and effective production process.
Competition in the BCF carpet yarn market is intense. The answer to ever-increasing cost pressures is efficient BCF systems with optimized machine layouts and bespoke production processes.
Future-oriented development steps make the BCF S8 the most efficient Oerlikon Neumag BCF system. Many smart innovations make the difference.
As demand for multicolored carpets grows, flexible color mixing options are key. The BCF S8 platform meets this need by enabling yarn production with varying degrees of color separation, from mélange to highly separated colors.
BICO BCF side-by-side yarn offers higher crimp and a more voluminous appearance, reducing yarn consumption and enhancing carpet resilience. This combination allows for carpets with a rich look and feel, while lowering production costs and resource use. Oerlikon Neumag uses its production proven BICO BCF spinning technology to realize a completely new yarn.
In the digital age, machine control systems are used not only for communication between man and machine. They are also designed to decisively help increase machine and workflow efficiency.
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