23.11.2012 Views

00 ItMa 2011 (exclusive Feature) - Textile Magazine

00 ItMa 2011 (exclusive Feature) - Textile Magazine

00 ItMa 2011 (exclusive Feature) - Textile Magazine

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

itMA <strong>2011</strong> [<strong>exclusive</strong> feature]<br />

tured <strong>exclusive</strong>ly on braiding machines.<br />

However, using MultiSphere<br />

technology ropes, with or without<br />

cores, as well as twine and cord,<br />

etc., can now be woven on both the<br />

NC2M and the electronically controlled<br />

NH2M narrow fabric needle<br />

loom. These machines are designed<br />

for a variety of rope diameters and<br />

differ from their conventional counterparts<br />

with regard to reed, fabric<br />

guide and take-off design.<br />

Sheath and core thread insertion<br />

takes place via a compensation device,<br />

which also supports the formation<br />

of a three-dimensional structure.<br />

As opposed to standard rope<br />

braiding systems, the new process<br />

stands out due to the advantages like<br />

higher productivity, longer, knotfree<br />

items due to the extended yarn<br />

lengths available on the bobbins/<br />

warp beams as compared to braiding<br />

bobbins, and far lower production<br />

and manufacturing costs.<br />

Warp knitting with weft insertion<br />

For a number of years, direct<br />

drives using linear and servomotors<br />

have played an increasingly important<br />

role in the design of Jakob<br />

Müller AG narrow fabric looms and<br />

knitting machines. Consequently,<br />

the new MDC (Müller Direct Crochet)<br />

is now available in three versions:<br />

• The electronically-controlled<br />

MDC 8/630 with a working width of<br />

630 mm and a maximum of 8 weft<br />

bars<br />

• The electronically-controlled<br />

MDC 3/830E with a working width<br />

of 830 mm, 2 longitudinal bars with<br />

a maximum stroke of 450 mm, a<br />

rubber rod and a part weft bar with a<br />

maximum stroke of 25 mm<br />

106 | ThE TEXTILE MAGAZINE OCTOBER <strong>2011</strong><br />

• The mechanically-controlled<br />

MDC 3/830M with a working width<br />

of 830 mm and three weft bars for<br />

simple designs<br />

The electronically-controlled weft<br />

bars offer great design variety, quick<br />

article changes and endless repeat<br />

lengths. The machine speed can be<br />

adjusted to the stroke required by<br />

the pattern, i.e., the product characteristics.<br />

Article patterns can be fed in directly<br />

via the MDC C2<strong>00</strong> control<br />

module, or as an alternative, MÜ-<br />

CARD2 pattern design software is<br />

available.<br />

The product range of the MDC<br />

3/830E is extremely wide and extends<br />

from technical applications to<br />

underwear items in both elastic and<br />

non-elastic variations. In addition,<br />

the use of differing types of needle<br />

facilitates the utilisation of a diversity<br />

of yarn qualities that includes<br />

natural and synthetic fibres with 20<br />

to 3,<strong>00</strong>0 dtex.<br />

Inkjet direct printing<br />

system<br />

The MDP2, which was launched<br />

some two years ago for the printing<br />

of non-elastic narrow fabrics and<br />

belts, is now available in a slightly<br />

modified form as the MDP2 E for<br />

the contactless ink jet printing of<br />

elastic and non-elastic narrow fabrics<br />

and belts. The machine operates<br />

from roll to roll, from crate to crate<br />

and from roll to crate and vice versa.<br />

The widths processed may amount<br />

to as much as 4<strong>00</strong> mm and in the<br />

case of narrower items, i.e., with a<br />

minimum width of 15 mm, 16 narrow<br />

fabrics can be printed during<br />

parallel running. A minimum gap of<br />

10 mm between the fabrics is nec-<br />

essary. The contactless process permits<br />

the printing of relatively heavy<br />

and thick products with coarse surface<br />

structures.<br />

Universal warping<br />

machine<br />

The new SMA-4<strong>00</strong> warping machine<br />

permits the processing of<br />

warp beams with maximum disc<br />

diameters and width dimensions<br />

of up to 4<strong>00</strong> mm. The machine is<br />

fitted with a simple control system<br />

and by employing a combination of<br />

a creel for unrolling elastic threads<br />

and a pre-stretcher, users can warp<br />

highly elastic yarns containing latex<br />

threads and crepe, synthetic elastomers,<br />

single- or double-wound<br />

rubber thread and non-elastic yarns<br />

with a maximum of 3,<strong>00</strong>0 dtex.<br />

The MFR 3C is a modular design<br />

line for the continuous dyeing and/<br />

or finishing of several parallel running<br />

narrow fabrics across a working<br />

width of 30 cm. The line is fitted with<br />

an efficient thermosol/steam oven,<br />

which ensures absolutely uniform<br />

temperature distribution throughout<br />

the entire fixing chamber.<br />

The MFR 3C is capable of processing<br />

light- to medium-weight, elastic<br />

and non-elastic polyamide, cotton<br />

and polyester narrow fabrics at a<br />

maximum working speed of up to<br />

30 m/min. The machine is designed<br />

for small series and medium-sized<br />

production batches.<br />

A feed unit, a padding machine,<br />

infra-red dryer, thermosol, steam or<br />

combi (thermosol/steam) fixing ovens,<br />

washing tanks, 10-cylinder driers<br />

and a take-off unit are available<br />

to Müller customers as modules for<br />

optimum dyeing and finishing quality.<br />

w

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!