| {{smn}}
| 240%{{smn}}
| {{smn}}
|-
! Hive Queen Mining Beam
| Large
| 150m{{smn}}
| 8.4
| 0.75
| 11.2
| 10000kg{{smn}}
| Hive Drop
| {{smn}}
| {{smn}}
| {{smn}}
| {{smn}}
| {{smn}}
| {{smn}}
| {{smn}}
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|}
| align="center" | 3,4
| align="left" | Rare ore formed under intense heat and tidal forces. Often found in association with Ferro-carbonic ores.
|-
! valign="top" | [[Image:Sammic.png]]
! Sammic
| align="center" | 25
| align="center" | 3
| align="center" | 1000
| align="center" | 400
| align="center" | 2887
| align="center" |
| align="left" | Rare, dense ore, occasionally found around particular star types. Adds special properties to certain alloys.
|}
{{br}}
Now, if the player were to use an IoPhase Mining Beam, which has a 300% extraction bonus for Denic, Roid A's list of ores would be enlarged to contain 1209 crates of Denic and 597 crates of Aquean. Roid B's list would grow to contain 2400 crates of Denic and 200 crates of Aquean. In the case of Roid B, that's a ratio increase of 4:1 to 12:1! Roid A's increase is from about 4:6 to 2:1 -- still a large difference, but not as striking as in the case of Roid B.
A more in-depth examination of [[Mining/ExtractionMath|the mathematics of extraction rates and its application to beam selection]] is also available, if you enjoy that sort of thing.
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