Hydraulic Press Brakes

"SANTEC' presents to you a range of most technically advanced hydraulic press brakes with all latest features as per international standards.

Power Pack Unit:

Structure:
The all steel structure of SANTEC Press Brakes consist of side frames, ram, I-Beam type table and pair of levers manufactured from ultrasonically tested steel plates. All sections are designed to give minimum deflections and maximum rigidity as per international standards. Pair of hydraulic cylinders are synchronised by a heavy duty torque tube welded to the levers. This offers absolute parallelism between them and table working surfaces.

Other Important Features :
» Repetitive accuracy is with in ± 0.04 mm
» International Quality hydraulic valves rated at 310 bar but working pressure is less than 160bar, this
    ensure trouble free operation.
» Adjustable five piece guides, provided with special non metallic liners for long life.
» Quick adjustable stroke length.
» Front operated back gauge with micro setting arrangement
» Raw tilting arrangements to maintain bending accuracy over a period.
» Moving work station with on / off buttons, selector switches foe inch, single cycle & auto cycle &
    emergency stop buttons for easy operation & better safety.
» Rear Cylinder design using mechanical advantage through lever, reduces the cylinder size which
    enable to use medium pressure hydraulic component & also improves stroke accuracy.
» Fast approach & fast return speed for reducing cycle time, slow pressing speed for better stroke
    control & bend accuracy.
Operations:
Santec Press Brakes have three operational modes for operators greater convenience and least fatigue which can be selected from the panel door mounted selector switch.

Inch cycle : This mode is used for setting bed angle depth stroke. The ram movement (up down) can be controlled at any described position from foot switches.

Autocycles : The cycle (Approach-Pressing-Return) is continuously repeated once this cycle is selected. This mode is useful for continuous repetitive work where stroke length can be adjusted to suit the job and the operators speed and rhythm.