Easy to realize a precise flatness for high tensile thick plates The insertion of coils in the initial stage can be easily performed by applying a inserting device and loop table Rotational speed in uncoiler can be controlled Strengthened electric power by applying hydraulic pressure on work rolls and feed rolls
Easy to realize a precise flatness for thick plates The insertion of coils in the initial stage can be easily performed by applying a inserting device and loop table Rotational speed in uncoiler can be controlled Possible to prevent coil from twisting by applying hydraulic pressure on the opener
A mixed type of leveller (T-Type) and uncoiler (MT-Type) Pad bands and coil lift applied to facilitate the insertion of coils in the initial stage Mechanical-brakes for absorbing inertia in the uncoiler and caliper brakes applied Possible to prevent coil from twisting by applying uncoiler/opener inverter controls
Easy to realize a precise flatness for high tensile steel plates Strengthened electric power by applying hydraulic pressure on work rolls and feed rolls Mechanical-brakes for absorbing inertia in the uncoiler and caliper brakes applied Possible to prevent coil from twisting by applying uncoiler/opener inverter controls
A roll structure suitable for medium/thick plates Pad bands and coil lift applied to facilitate the insertion of coils in the initial stage Mechanical-brakes for absorbing inertia in the uncoiler and caliper brakes applied Possible to prevent coil from twisting by applying uncoiler and opener inverter controls
M-models can be installed at restricted and small spaces due to its compact design A safe structure for coil installation and band cutting Mechanical-brakes for absorbing inertia in uncoiler and caliper brakes applied Possible to prevent coil from twisting by applying uncoiler and opener inverter controls
Outstanding levelling correction of thin sheets used in electronic components, etc L-models can be installed at restricted spaces smaller than 4 meters Mechanical-brakes for absorbing inertia in uncoiler applied Possible to change speed through uncoiler inverter control
Easy to realize a precise flatness for 0.6~1.6mm materials Possible to use aluminum and nonferrous materials High operating speed over 60 spm Mechanical-brakes for absorbing inertia in uncoiler applied
Inserting materials only by UP-LOOP method Coil materials can be easily mounted by putting them into the cradle Inserting device and loop table applied to facilitate the insertion of coils in the initial stage Possible to adjust the cradle according to material widths
Precise levelling of fine blanks and sheet materials High quality products and high accuracy can be realized by applying work roll cassette type Optimal roll condition can be maintained by opening and cleaning work rolls Through memory function, levelling can be easily performed after changing model types High productivity by applying coil auto loading system