We truly believe that customer is the king. Hence, all our products and services are directed to achieve 100% customer satisfaction and our obligations don't end with the sale of our products. In order to establish long term commercial relationships with our customers, we provide excellent after-sales services, while maintaining a comprehensive back-up of spares & services.

We have a team of service engineers, who are responsible for providing efficient & prompt after-sales-service on the field. Additionally, we also maintain a complete after-sales-service network and sales & service agents in different countries.

10 Advantages of SANTEC Hydraulic Presses
b>Full power stroke - The full power of a hydraulic press can be delivered at any point in the stroke. Not only at the very bottom, as is the case with mechanical presses. Advantages? No allowances for reduced tonnage at the top of the stroke. In drawing operations, for example, you have the full power of the press available at the top of the stroke.

2  Built-in overload protection - A 100-ton hydraulic press will exert only 100 tons pressure (or less, if you have set it for less) no matter what mistakes you make in set-up. Y
3  Much lower original cost and operating costs - Hydraulic presses are relatively simple, and you may be surprised at the significant cost advantage over mechanical presses in comparable sizes. The numbers of moving parts are few, and these are fully lubricated in a flow of pressurized oil.

4  Larger capacities at lower cost - It is easier and less expensive to buy certain kinds of capacity in hydraulic presses. Stroke lengths of 12, 18, and 24 inches are common. Extra stroke length is easy to provide. Open gap (daylight), too, can be added without much additional cost. Similarly, larger table areas and small presses with big bed areas can be provided. Large 200-ton presses with relatively small beds are available; tonnage of the press doesn't dictate what the bed size will be.
5  More control flexibility - Hydraulic press power is always under control. The ram force, the direction, the speed, the release of force, the duration of pressure dwell, all can be adjusted to fit a particular job. Jobs with light dies can be done with the pressure turned down.

6  Greater versatility - A single hydraulic press can do a wide variety of jobs within its tonnage range. Commonly seen are deep draws, shell reductions, urethane bulging, forming, blank and pierce, stake, punch, press fits, straightening, and assembly. They are also used for powered metal forming, abrasive wheel forming, bonding, broaching, ball sizing, plastic and rubber compression, and transfer molding.
7  Quiet - Fewer moving parts and the elimination of a flywheel reduce the overall noise level of hydraulic presses compared to mechanical presses. Properly sized and properly mounted pumping units meet and exceed current Federal standards for noise, even with the pump under full pressure.


8  More compact - A typical 20-ton hydraulic press is eight feet high, six feet deep, and two feet wide. A 200-ton press is only ten feet high, nine feet deep, and a little over three feet wide. At ten times the capacity, the 200-ton press only takes up 50 percent more floor space. Hydraulic presses become less and less expensive compared to mechanical presses.
9  Lower tool costs - the built-in overload protection (see advantage 2) goes for the tools, too. If they are built to withstand a certain load, there is no danger of damaging them because of overloading. Tools can be sized to withstand the load of a particular job, not a particular press. The pressure of the press can be set down to suit the job. The lack of impact, shock, and vibration promotes longer tool life.
10  Safety - No manufacturer will (or should) claim that hydraulic presses are safer than mechanical presses. Both types of machines are designed and built to be safe if the controls and safety features built in are used properly.