Ferdinand Wulf Anlagen Vermietung

Condition: ready for operation (used), Year of construction: 2022, Two nearly new and identical Karl Mayer warp knitting machines are available. Gauge: E32, working width: 130 inch (approx. 3300mm), guide bars: 4, ground guide bars: 4, max. machine speed: 2760rpm. The machines are located in the USA, however, export and transport to Europe without customs clearance are included. Documentation available. An on-site inspection is possible. Bodpfezc Rdqox Ahpsli

Condition: used, Year of construction: 2022, functionality: fully functional, KARL MAYER PROSIZE - HIGH-PERFORMANCE and INNOVATED SIZING UNIT for processing spun yarns -28 Pos : max. working width in the creel: 2200 mm -200 mm : working range -Beam creel :max. beam flange diameter: 1000 mm -Warp Tension Control -Automatic squeeze pressure control With all required accessories. Bjdpfxjzb Uzwe Ahpoli

Condition: ready for operation (used), Year of construction: 1988, Two similar Karl Mayer warp knitting machines are available. 1) Karl Mayer KS 3, year of manufacture: 1988, working width: 130 inch, gauge: E28, yarn feed: FAG GB1-2-3, latch needles: L-28-66H-49, guide bars: SPEC.51.50.G.104, sinker: P-28-66-VP19, speed: 1500, yarn monitoring: Laser 4080, fabric monitoring: Scanner 5090. 2) Karl Mayer KS 3, year of manufacture: 1986, working width: 84 inch, gauge: E28, yarn feed: FAG GB1-2-3, latch needles: L-28-66/3-49, guide bars: SPEC.51.50.G.104, sinker: P-28-66-V-3-19, speed: 1300, yarn monitoring: Laser 4080. An on-site inspection is possible. Blodpfxsyz An Ts Ahpoi

Condition: ready for operation (used), Year of construction: 1997, A Raschel warp knitting machine Karl Mayer is available. Working width: 130inch, gauge: E32, yarn feed: EBA-1, guide bar element: C-32-28/P2, guide needle element: Spec-38-45 G105, latch needle element: L-32-93H-0, knock-over comb element: S-32-93H-0, speed: 1800-2000, yarn monitoring: Laser 4080. Including computer. Documentation available. An on-site inspection is possible. Bledpsyz Apdefx Ahpji