Injection Moulding Machines (SHARK PLC Series) Our clients can avail from us SHARK PLC Series moulding machines that are specially designed to make the mould process more economical. These moulding machines feature manual mould height adjustment, dual injection cylinders and lower energy consumption. Frequency conversion technology results in low operation cost with best quality of output.
Shark PLC Series also assures practical benefit in terms of quantity required for testing, sampling, prototyping, new product design and development or be low-volume batch production.
Technical Details
The Clamping Systems
- Mechanical Structure - Mould Platen & Toggle Set
- Tie Bars- High tensile steel that is hard chrome plated
- Fitted with mechanical ejector
- Mould Height Adjustment - Manual
The Injection System
- Dual injection cylinders
- Nitriding screw & barrel
- Screw motor fitted is of high torque
- Injection unit - Swiveling type
- Double Carriage Cylinder
- Hopper - Swivel type
Hydraulic & Other Systems
- Yuken / Boshch make hydraulic accessories for optimum efficiency
- Pressure Gauge Reading is done of all Functions
- Quiet operation due to large bore hydraulic hoses
- Yuken/Boshch make hydraulic accessories for optimum efficiency
- Pre-heating Zone - Pyrometer Controlled
- Pyrometers have digital display
- Machine with frequency conversion technology.
Major Highlights The frequency conversion technology of the machine allows it regulate the system pressure and flow as per the required working pressure and flow at different stages of moulding. The flow & pressure is controlled to match the motor output and its loading capacity. Some of the major effects of the system are :
- The machine's hydraulic system output coordinates with the required power for operation thus leading to 25-75% of power saving.
- There is no throttle energy loss and overflow loss is considerably reduced. The noise level is also lowered by 3-5 decibel.
- Hydraulic oil change intervals are longer and the life of the hydraulic sealing parts is also enhanced.
- The motor life is considerable longer due to less heating caused by the change from constant high speed running to intermittent running of the motor. The machine's lower starting power current also plays in important role in reducing the required power supply transformer capacity and stabilizers the power network well.
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