In order to achieve its maximum moldingproductivity, simply using its ultra micro breathing cell to exhale gas and airfrom molds.

Key problems to be solved:

1. Burnt:

When aberration and burnt issues occurredfor resin filling faster than air exhaling, it would result gas ventoverheated.

2. Overflow:

There are 2possible conditions:

. When temperatureof resin gets higher at the tip seaming, it weakens its bonding strength.

. When temperatureof resin gets higher at the tip of seaming, it weakens its bonding strength.

. Air can fill upthe path and blocks resin to flow functionally which will cause ejectionpressure to rise and material to overflow.

3. No enough fillings:

4. Cell Streak:

If there are some cells, streaks andmottles occurred, it is caused by the tact that the cells have not beenvaporized completely between air and resin.

5. Extensive Cycling Time:

The higher temperature of resin, molds andslower speed of injection cause extensive cycling time, however, it will notaffect the quality of final products.

Energy, Time, and Cost Saver:

1. It will reducethe trial die, time and materials if users consider to use TX gas vent thebeginning of the design.

2. It will save upto 1/3 to 1/10 of the total cost and time if installing gas vent.

Installation: Installation:

1. 1.    Do nottouch the surface when gas vent is in use.

2. 2.    UseH7/S6 from JIS reference chart.

Gas Vent: GVCtype, GVS type, GVSY type, GSV type, G-BSV type, G-BHV type.