NARROW FABRIC WEAVING SYSTEMS
NFMJ
Narrow Fabric Loom electronically controlled for elastic and non-elastic light to medium-weight narrow fabrics, for warp effect Jacquard ribbons, trimmings, belts, decorative articles, etc.
- Based on NFM® platform with all relevant features
- Modular design – conversions and enlargements/extensions of the Jacquard device can be implemented at any time ➜ i.e. NFMJ SPE3 192 to NFMJ SPE3 384; NFMJ SPE3 192 or NFMJ SPE3 384 to NFMJ SPE3 576
- Fully electronic drives for weft, binder and catch thread as well as rubber feeding device and take-off device
- Modern control platform MÜDATA® M ➜ network ready, with simple and intuitive machine operation
- High-performance, exceptional operational safety and outstanding user-friendliness
- High machine efficiency through electronic setting of drives and devices
- Improved harness angle for many harness variations and extended harness life
- Virtually endless repeat length due to electronic Jacquard control functions with up to 1536 hooks and up to 12 heald frames for patterns with high-resolution
- Simple design and article change by using a USB interface
- Elastic and rigid ribbons, tapes and light webbings for technical applications, garment accessories (underwear and lingerie, bra straps, etc.) and many others
- Fast and safe pattern design programming via MÜCAD pattern design software
- To be easily connected to mymuenet®
- Available with a 13.3-inch high resolution touch screen display with 1600 x 900 pixels
![](/fileadmin/Storages/mueller-frick.com/Corporate_Design/Icons_neu/icon-benefits3.jpg)
![](/fileadmin/Storages/mueller-frick.com/Corporate_Design/Icons_neu/icon-benefits3.jpg)
- Faster and more precise, reproducible setting of the machine parameters through electronically controlled drive systems (weft and auxiliary threads feed, weft density/ fabric take-off) – 50% time savings compared to conventional narrow fabric needle looms
- High productivity – 20-30% higher production speed compared to conventional needle looms
- Broader range of applications through increased, torque monitored fabric take-off – up to 40% higher take-off force compared to conventional narrow fabric needle looms
- Faster change-over to different weaving systems through combi curve for binder thread drive - abt. 50% time saving compared to conventional needle looms
![](/fileadmin/_processed_/2/b/csm_NFMJ-53-4-66-576_2913b762f9.jpg)
Basismodell | NFMJ 53 |
Modelle mit SPE3 192 und SPE3 384 | 10/18 | 6/27 | 8/27 | 6/42 | 2/66 | 4/66 | 2/84 | 2/130 |
Modelle mit SPE3 576 | 6/27 | 8/27 | 6/42 | 2/66 | 4/66 | 2/84 | 2/130 |
Modelle mit SPE3 768 | 6/42 | 2/66 | 4/66 | 2/84 | 2/130
|
Basismodell | NFMJ 80 |
Modelle mit SPE3 192, SPE3 384, SPE3 576 | 12/27 | 8/42 | 6/66 | 4/84 | 4/130 |
Modelle mit SPE3 768 | 8/42 | 6/66 | 4/84 | 4/130 |
Modelle mit SPE3M 1536 | 6/66 | 4/84 |
Websysteme | S1, S2i, S3, S5, Z4, Z5 und viele weitere |
Schussdichte | 4-120 Schüsse / cm |
Max. Anzahl Schäfte | 12 |
Rapportlänge | Exzenter/ Designkette: 1:8/18-32 |
Jacquardmaschinen | SPE3 192 (max. Anzahl installierter Platinen = 192) SPE3 384 (max. Anzahl installierter Platinen = 384) SPE3 576 (max. Anzahl installierter Platinen = 576) SPE3 768 (max. Anzahl installierter Platinen = 768) |
| EN | 769.85 KB | téléchargement |