The ARIES series utilizes a double construction frame which combines a high-rigidity main frame with a high-rigidity turret tool holder. Since the striker which punches a tool is installed to the main frame and the tool is held at right angles to the workpiece at all times,the press load does not affect the tool. The ARIES series can thus sustain high-precision working for a long period and ensures a long tool life.

The ARIES series is designed to allow the clamps to pass through between the upper and lower turrets, in order to minimize the portion that can not be punched (deadzone). The clamps, however, may be punched if punching is done when the clamps come under the punch. To ensure that the work clamps are not punched, the override detection device monitors the positions, and if the clamps move intoacritical zone,the machine will automatically stop. In addition, the ARIES series features a mechanism to detect the dead zone for each individual tool size. If the clamps are located under the punch, the sensor automatically detects it, thereby completely eliminating the possible damage to the tool and clamps as the tool will never punch the clamps even if the override button is pressed. Once the override is turned to the "OFF" position, it is not required to ascertain the override from the first work sheet.

The ARIES-245II adopts a newly developed low-noise type double cam mechanism for its driving system. This mechanism is designed for a production cycle that provides a slow momentary speed when a workpiece is punched in order to reduce the cause of noise and then resumes the speed again after punching. This system in combination with the above frame construction design has successfully helped decrease the noise and vibration as much as 20%(comparison using our own machines) without any reduction in productivity. This is the first machine of this type among mechanical systems. The low-noise machine has brought about a great improvement in the factory environment.