**Output Type** : Flow

**Output Type**: Flow

Output variable type | Output variable | Definition | Unit |

Air Traps | Air traps [Count] | Number of air traps | |

Clamp force | Clamp force [Max] | Maximum clamp force | tonne |

Gate distance | Gate distance [Min] | Minimum distance between gates | mm |

Pressure | Pres. at V/P switchover [Max] | Maximum pressure at V/P switchover | MPa |

Pres. at end of fill [Max] | Maximum pressure at the end of filling | MPa | |

Pres. at injection location [Max] | Maximum pressure at injection inlet location | MPa | |

Shrinkage | Vol. shrinkage at ejection [Max] | Maximum volume shrinkage at ejection | % |

Vol. shrinkage at ejection [Min] | Minimum volume shrinkage at ejection | % | |

Vol. shrinkage at ejection [Max-Min] | Difference between min and max volume shrinkage | % | |

Temperature | Temp. at flow front [Max] | Maximum temperature at flow front | ℃ |

Temp. at flow front [Min] | Minimum temperature at flow front | ℃ | |

Temp. at flow front [Max-Min] | Difference between min and max temperatures at flow front | ℃ | |

Bulk temp. at end of filling [Max] | Maximum bulk temperature at the end of filling | ℃ | |

Bulk temp. at end of filling [Min] | Minimum bulk temperature at the end of filling | ℃ | |

Bulk temp. at end of filling [Average] | Average bulk temperature at the end of filling | ℃ | |

Bulk temp. at end of filling [RMSD] | RMSD bulk temperature at the end of filling | ℃ | |

Bulk temp. at end of packing [Max] | Maximum bulk temperature at the end of packing | ℃ | |

Bulk temp. at end of packing [Min] | Minimum bulk temperature at the end of packing | ℃ | |

Bulk temp. at end of packing [Average] | Average bulk temperature at the end of packing | ℃ | |

Bulk temp. at end of packing [RMSD] | RMSD bulk temperature at the end of packing | ℃ | |

Volume | Fill Vol. | Filling factor | % |

Weight/mass | Total part weight at end of filling | Total weight of the part at the end of filling | g |

Total part mass at end of filling | Total mass of the part at the end of filling | g | |

Total part weight during packing [Max] | Maximum of the part during packing | g | |

Total part weight at end of packing | Total weight of the part at the end of packing | g | |

Total part mass at end of packing | Total mass of the part at the end of packing | g | |

Weld lines | Weld lines [Max length] | Maximum length of weld lines | mm |

Weld lines [Min length] | Minimum length of weld lines | mm | |

Weld lines [Total length] | Total length of weld lines | mm | |

Weld lines [Count] | Number of weld lines | ||

(L) Weld lines [Max length] | Maximum length of (L) weld lines | mm | |

(L) Weld lines [Min length] | Minimum length of (L) weld lines | mm | |

(L) Weld lines [Total length] | Total length of (L) weld lines | mm | |

(L) Weld lines [Count] | Number of (L) weld lines |

**Output Type: Cool**

Output variable type | Output variable | Definition | Unit |

Temperature, Circuit | Circuit coolant temp. [Max] | Maximum temperature of circuit coolant | ℃ |

Circuit coolant temp. [Min] | Minimum temperature of circuit coolant | ℃ | |

Circuit coolant temp. [Max-Min] | Difference between the maximum and minimum of coolant temperatures | ℃ | |

Temperature, Mold | Temp., mold (top) [Max] | Maximum temperature of the mold’s top surface | ℃ |

Temp., mold (top) [Min] | Minimum temperature of the mold’s top surface | ℃ | |

Temp., mold (top) [Max-Min] | Difference between the maximum and minimum of the mold’s top surface temperatures | ℃ | |

Temp., mold (top) [Average] | Average temperature of the mold’s top surface | ℃ | |

Temp., mold (bottom) [Max] | Maximum temperature of the mold’s bottom surface | ℃ | |

Temp., mold (bottom) [Min] | Minimum temperature of the mold’s bottom surface | ℃ | |

Temp., mold (bottom) [Max-Min] | Difference between the maximum and minimum of the mold’s bottom surface temperatures | ℃ | |

Temp., mold (bottom) [Average] | Average temperature of the mold’s bottom surface | ℃ | |

Temp., mold (top, bottom) [Average Diff] | Difference between the average temperatures of the top and bottom surfaces of the mold | ℃ | |

Temp., mold [Max] | Maximum temperature of the mold | ℃ | |

Temp., mold [Min] | Minimum temperature of the mold | ℃ | |

Temp., mold [Max-Min] | Difference between the maximum and minimum of mold temperatures | ℃ | |

Temp., mold [Average] | Average temperature of the mold | ℃ | |

Temperature, Part | Temp., part (top) [Max] | Maximum temperature of the part’s top interface | ℃ |

Temp., part (top) [Min] | Minimum temperature of the part’s top interface | ℃ | |

Temp., part (top) [Max-Min] | Difference between the maximum and minimum of the part’s top interface temperatures | ℃ | |

Temp., part (Top) [Average] | Average temperature of the part’s top interface | ℃ | |

Temp., part (bottom) [Max] | Maximum temperature of the part’s bottom interface | ℃ | |

Temp., part (bottom) [Min] | Minimum temperature of the part’s bottom interface | ℃ | |

Temp., part (bottom) [Max-Min] | Difference between the maximum and minimum of the part’s bottom interface temperatures | ℃ | |

Temp., part (bottom) [Average] | Average temperature of the part’s bottom interface | ℃ | |

Temp., part (top, bottom) [Average Diff] | Difference between the average temperatures of the top and bottom interfaces of the part | ℃ | |

Time | Time to reach ejection temp., part | Time required to reach part’s ejection temperature | sec |

**Output Type: Warp**

Output variable type | Output variable | Definition | Unit |

Circularity | (L) Circularity [1] | (L) Circularity [1] | mm |

(L) Circularity [2] | (L) Circularity [2] | mm | |

(L) Circularity […] | (L) Circularity […] | mm | |

Deflection | Defl. a.e.:Deflection [Max] | Maximum deflection considering all effects | mm |

Defl. a.e.:Deflection [Min] | Minimum deflection considering all effects | mm | |

Defl. a.e.:Deflection [Max-Min] | Difference between the maximum and minimum deflection considering all effects | mm | |

Defl. a.e.:X Comp. [Max(Abs)] | Maximum deflection in X-direction considering all effects | mm | |

Defl. a.e.:X Comp. [Min(Abs)] | Minimum deflection in X-direction considering all effects | mm | |

Defl. a.e.:X Comp. [Max-Min] | Difference between the maximum and minimum deflection in X-direction considering all effects | mm | |

Defl. a.e.:Y Comp. [Max(Abs)] | Maximum deflection in Y-direction considering all effects | mm | |

Defl. a.e.:Y Comp. [Min(Abs)] | Minimum deflection in Y-direction considering all effects | mm | |

Defl. a.e.:Y Comp. [Max-Min] | Difference between the maximum and minimum deflection in Y-direction considering all effects | mm | |

Defl. a.e.:Z Comp. [Max(Abs)] | Maximum deflection in Z-direction considering all effects | mm | |

Defl. a.e.:Z Comp. [Min(Abs)] | Minimum deflection in Z-direction considering all effects | mm | |

Defl. a.e.:Z Comp. [Max-Min] | Difference between the maximum and minimum deflection in Z-direction considering all effects | mm | |

(L) Defl. a.e.:Deflection [Max] | Maximum (L) deflection considering all effects | mm | |

(L) Defl. a.e.:Deflection [Min] | Minimum (L) deflection considering all effects | mm | |

(L) Defl. a.e.:Deflection [Max-Min] | Difference between the maximum and minimum (L) deflection considering all effects | mm | |

(L) Defl. a.e.:X Comp. [Max(Abs)] | Maximum (L) deflection in X-direction considering all effects | mm | |

(L) Defl. a.e.:X Comp. [Min(Abs)] | Minimum (L) deflection in X-direction considering all effects | mm | |

(L) Defl. a.e.:X Comp. [Max-Min] | Difference between the maximum and minimum (L) deflection in X-direction considering all effects | mm | |

(L) Defl. a.e.:Y Comp. [Max(Abs)] | Maximum (L) deflection in Y-direction considering all effects | mm | |

(L) Defl. a.e.:Y Comp. [Min(Abs)] | Minimum (L) deflection in Y-direction considering all effects | mm | |

(L) Defl. a.e.:Y Comp. [Max-Min] | Difference between the maximum and minimum (L) deflection in Y-direction considering all effects | mm | |

(L) Defl. a.e.:Z Comp. [Max(Abs)] | Maximum (L) deflection in Z-direction considering all effects | mm | |

(L) Defl. a.e.:Z Comp. [Min(Abs)] | Minimum (L) deflection in Z-direction considering all effects | mm | |

(L) Defl. a.e.:Z Comp. [Max-Min] | Difference between the maximum and minimum (L) deflection in Z-direction considering all effects | mm | |

Flatness | (L) Flatness [1] | (L) Flatness [1] | mm |

(L) Flatness [2] | (L) Flatness [2] | mm | |

(L) Flatness […] | (L) Flatness […] | mm |

↓ Download

### EzOPT MOLD Brochure Download

Download the brochure for more information on EzOPT MOLD!

↓ Download