![More versatility in molding [Cope with the molding of various products, such as from thin to thick wall products, and utilize versatile molding control programs]](images/kwt4.gif)
High-endurance injection pressure design
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By expanding the allowable injection surge pressure range and having quick-response
control, it can hold the high-velocity/pressure to the end of filling process,
enhancing the injection performance for thin-wall products. |
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High-velocity, quick-response, and high-pressure injection
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Higher-velocity and quicker-response injection. |
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The maximum injection holding pressure is equal to the maximum injection,
expanding its potential of high-velocity/pressure molding for polycarbonate
and other high-viscosity resins. |
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 Injection velocity table
* ★ indicates “VALUE Pack (standard equipment)”.
*The standard 1E, 2E, 3E, and 5E are for the ultra high-velocity specifications.
*Selections of 400 mm/s (ultra high-velocity) for 9E and 370 mm/s (ultra high-velocity) for 12E are available (optional).
High injection load specification (Optional)
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The high-load mode allows the machine to process thick-wall products, such
as lenses. Longer injection time can be set. |
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The servomotor load monitoring function enables moldings that require a long
pressure holding time and high-cycle operations while monitoring the load conditions. |
Diverse control programs will meet a wide range of your molding needs
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HPC (Injection holding pressure positioning control): This control is useful
for high-velocity molding, uniform molding of thin-wall products, and prevention
of sink and warpage. |
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CPN3 (Clamping compression molding): This is a method to perform clamping
and filling simultaneously. This is effective to reduce product's stress and
ensures smoother gas ventilation. |
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MIP 0 (Processing inside mold): Ejector operation during clamping allows
gate-cutting and local compression of the products. |
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Injection during mold clamping (IDMC): Injection starts just before the high-pressure
mold clamping. This control is useful for degassing the mold and shortening
the cycle time. |
Example of the effect of injection during mold clamping
* An example of significant reduction in the number of defectives by “Injection during mold claming,” in which occurrences of the short shots were numerous before the function was activated. |
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