Working width:
130" (+4" working width extension)
180" (+6" working width extension)
210" (+8" working width extension)
Gauge:
E 18, E 20, E 28
Bars / knitting elements:
Individual needle bar (synchronously milled),
tongue bar (synchronously milled),
sinker bar with knockover adjustment (chromium-plated sinkers),
3 ground guide bars (GB 1 up to GB 3 stitch-forming, shog up to 25 mm, 2” Guide Needle Segments).
All the bars are made of carbon fiber reinforced plastic.
Warp beam support:
3 x 32" (free-standing)
Optional: 3 x 40", 1 x 40" / 2 x 32"
Batching device:
Option: No. 52, 34A, 34B, 34B-XL, 34E
The KARL MAYER Command System "KAMCOS® 2" is a modern and intuitive machine user-interface. For an easy and familiar handling, the automation platform offers a modern machine interface, with operating functions that are known worldwide from the use of smartphones or tablets.
Advanced Feeding Control (AFC) enhances the performance of multi-speed applications. It allows complex patterns to be produced at maximum machine speed without the typical limitations associated with varying yarn run-ins, especially when handling sensitive yarns.
The newly integrated, advanced AFC software automatically calculates the required AFC system parameters. It requires neither an internet connection nor expert knowledge—only the yarn run-in values.
With AFC, users benefit from greater efficiency, more stable processes, and significantly improved end-product quality.
The KARL MAYER Command System "KAMCOS® 2" is a modern and intuitive machine user-interface. For an easy and familiar handling, the automation platform offers a modern machine interface, with operating functions that are known worldwide from the use of smartphones or tablets.
Advanced Feeding Control (AFC) enhances the performance of multi-speed applications. It allows complex patterns to be produced at maximum machine speed without the typical limitations associated with varying yarn run-ins, especially when handling sensitive yarns.
The newly integrated, advanced AFC software automatically calculates the required AFC system parameters. It requires neither an internet connection nor expert knowledge—only the yarn run-in values.
With AFC, users benefit from greater efficiency, more stable processes, and significantly improved end-product quality.
