DLU-5490N-7 and DLU-5490N

1-needle, Bottom and Variable Top-feed, Lockstitch Machine
DLU-5490N-7
DLU-5490N

With its bottom and variable top-feed mechanism, the machine widely adapts to diversified applications and helps promote the production of upgraded-quality products while increasing efficiency.

The durability of the walking foot has been dramatically improved.

The walking foot provides stable feed at all times, assuring high quality. It also eliminates the need for proficiency.

Ideally balanced top feed and bottom feed.

The top feed motion ideally synchronized with the bottom feed motion to uniformly feed the upper and lower clothes, assuring attractive stitches and uniform gathering stitches. This leads to a higher value of finished products.

Sure thread trimming mechanism.

The machine comes with a thread trimming mechanism that performs speedy and sure thread trimming to achieve highly efficient sewing work.

Newly developed control box/Compact-size servomotor (SC-920C/M92).

The new model control box, which energy-saving mode is provided. The new model control box SC-920C has been newly developed. The control box is resistant to voltage fluctuations, noise and vibration. The new model control box is provided with an energy-saving mode for the first time in a control box for sewing machines. It reduces power consumption during standby time when the motor is not rotating by approximately 25% (in comparison with the SC-910N). In addition, the current DLU-5490N-7 is lavished with the latest energy-saving technologies, including the adoption of the latest compact servomotor M92, to be more friendly to the environment, as well as to provide the power reducing effect and to increase productivity.

The operation panel can be selected according to the process (CP-18A, CP-180A).

The new model control box, which energy-saving mode is provided. Two different operation panels, the CP-18A and CP-180A are applicable to the DLU-5490N-7. Both operation panels are provided with the production support function. The production support function actually consists of three different functions (six different modes).