-The double swing axis divided into upper and lower parts numerically controls the left-right movement of the slide. The program achieves high repeatability and contributes to shortening the setup time. It can also be fixed or unsynced to any slide.

-The 15-axis control is equipped with feed, rotated wire and quill, two swings, eight slides, and two R-servos.

-All slides utilize a crank mechanism to achieve high speed. The crank mechanism can also be used to change the setting to constant speed operation according to the processing needs.

-The high-speed R-servo reduces bending time.

-This machine integrates a high-speed wire rotation mechanism, which suppresses vibration to the utmost limit.

-The machine footprint has be reduced by about 40% compared to the conventional model TM-20M.

-The MEC original MNO2 software easily organizes important statistics about the machine, including program flow, operating status of each axis, input/output, and jump, etc., as with our other spring machines.

-The motor sensor system makes every slide a sensor. It is possible to measure the presence/absence judgment with a touch sensor, coiling angle, free length, etc. in 0.001 mm units. The measurement results are displayed in tables and graphs, and easy correction control for each axis is possible.

-Highly efficient production is supported by a versatile production management and data collection functions.

We have a wide range of optional units to meet the varied needs of the user in the areas of post-processing and measurement.

-Outer coil diameter servo unit–adjusts diameter with a servo motor

-Air nipper unit–prevents wear and breakage of the quill

-Air grip–enables post-processing

-Reverse bending slide–bends in direction of the machine front

-Grip head unit–enables wire grip with R-servo

-Capacitance sensor–measures free coil length

-Camera sensor–measures free coil length, outer coil diameter, angle, etc.

The operating status of machine can be monitored through mobile phones or computers, and regular maintenance with preventive maintenance functions can contribute to improved production efficiency.