Highest standards in the production of standard lace
The new generation of the ML machine series upgrades the production of lace
KARL MAYER has reorganised the set-up of its ML series of machines so that it can optimally support those customers who operate on the fast-moving lace market with its extreme cost constraints.
As of the first quarter of 2012, all the electronic Multibar Lace machines (Fig. 2) can be bought from KARL MAYER China, and machine types ML 41, ML 34 and ML 46 will be available.
This shift in production should enable the KARL MAYER Group to network all its regional centres of excellence in the best possible way. Whilst the production, quality assurance and development departments at the company's headquarters, with their many years of know-how and expertise in the manufacture of fully electronic Multibar Lace machines, will always be on hand, the Wujin site will profit from its geographical location close to the market and its advantageous business conditions.
The performance profile of the electronic Multibar Lace machines
All the models in the ML machine series are equipped with the KAMCOS® computer platform, electronic guide bar control, and the high-performance, high-precision string bar system for patterning. These features place the Multibar Lace machines at the cutting edge of KARL MAYER's lace production technology. These three models in the low- and middle-bar sector can cater for the entire production spectrum typical of the mechanically controlled machines in the previous series, but they also offer a number of important advantages. The old type of multibar raschel machines were based on the principles of control by pattern chains or summation drives, and have been an established feature of the market for decades. The latest generation of Multibar Lace machines now enables the users to replace their existing technology with this new technology.
Above all, anyone buying the modern ML models will be able to profit from a much higher level of productivity for their investment compared to the mechanically controlled machines. If the speed is considered as a function of the purchasing price, then the potential for optimisation is even higher. Depending on the lapping and the type of yarns used, the speed can be increased to 900 min-1, which represents more than a 100% increase in performance compared to the previous models in the SU series and the chain-controlled machines.
What is more, the flexibility of the electronic system for controlling the pattern bars is not restricted in the same way as the mechanical pattern chains and summation drives were, an advantage that is further enhanced by the implementation of the string bar concept with its movement path of more than 180 mm.
Lace ribbons having different widths can thus be produced extremely efficiently with the same setting schemes, and this also applied when working small- and medium-sized orders.
Furthermore, the modern ML machines can also be operated much more easily than the chain-controlled machines. Time-consuming operations, such as setting, grinding and assembling the chain links are no longer necessary, thanks to the electronic control technology.
And last but not least, these innovative models in the state-of-the-art Multibar Lace machine series offer advantages in terms of environmental protection and sustainability, since the patterning system uses no lubricating oils whatsoever.
All in all, investment in the high-performance ML machines is the perfect way of replacing existing machinery.
The different models in the ML series
The technical principles of the innovative ML series are based on a single, overall concept, but the various models are differentiated by modifying the bar configuration. Whereas the standard version of the ML 41 has three stitch-forming ground guide bars at the front, there are two on the ML 34 and ML 46. The two rear ground bars are designed to process elastane. The ML 34 is equipped with four pattern bars in each of six shog lines and one shog line with six pattern bars (Fig. 3). The ML 46 has seven shog lines at this point, each with six pattern bars (Fig. 4). Six shog lines each with six pattern bars are used between the ground guide bars at the front and rear on the ML 41 (Fig. 5).
All the Multibar Lace models are available in gauges E 18, E 24 and E 28. Whereas the gauge of E 18 would be of particular interest to clothing manufacturers, the finer-gauge Multibar Lace version is setting new standards in the production of traditional stretch and non-stretch lace.
By offering a variety of well-thought-out options, the electronically controlled ML models can cover a broad spectrum of applications. For example, the yarn can be fed from a creel or from driven pattern beams with standard dimensions for use on 134"-wide machines.
The specific configuration for producing Powernet fabrics, in combination with the gauge of E 28, would be extremely attractive to producers of functional lingerie.
Initial reaction from the market
Modern lace raschel machines with their exceptional price: performance ratio for producing standard lace in various batch sizes, which may range from narrow ribbons to wide bands in various dimensions, are already attracting the interest of manufacturers worldwide. The conversations held at ITMA in Barcelona were very promising. Orders have already been taken for the first machines. By offering them the possibility of modernising their machinery, KARL MAYER's customers will be able to strengthen their position on the market and open up new areas of application.
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