The new design, based on the proven model 2888, is significantly slimmer and has been specifically optimized for fine titers and sensitive filament counts. While the type 2888, as an all-rounder, demonstrates its strengths in the high denier range and up to 288 filaments, the type 2777 offers the long-awaited solution for the lower fineness range. This is where standard oilers often reach their physical limits, leading to uneven deposits in the corners or instability in the yarn path when processing finer titers. Here, the narrower variant excels with maximum precision in the process.

Both oiler types are designed for reduced spray-off thanks to their special geometry. In the fine-titer range, the new design reduces spray-off by a further 50% compared to the use of standard oilers. Extremely easy to adjust, the oiler impresses with its tolerance for installation deviations of ±2°. This largely prevents uneven oil application. The integrated ceramic shaft eliminates the typical errors that occur during the labor-intensive process of bonding metal shafts, thereby ensuring greater process stability.

Ceramic quality has a direct impact on yarn quality

The quality of yarn-guiding components in the spinning process is also a decisive factor for downstream processing. Inferior ceramics have a negative impact on yarn quality, which manifests itself in the downstream processing. Initial market deployments of the new oiler confirm the yarn’s improved downstream performance—a result shared by other ceramics from Barmag.

For yarn manufacturers, the ability to schedule the replacement of wear parts is particularly important: Thanks to consistently high manufacturing quality, components wear out in a controlled and synchronized manner—rather than unpredictably, as is the case with inferior components. This enables greater process stability and predictive maintenance.