Moon Mining Crystals
Frequency crystals custom-cut for different moon ore types
Common Moon Mining Crystal Type A I
A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Common Moon Ores such as Cobaltite, Euxenite, Titanite, and Scheelite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type A crystals are used with modulated mining equipment and provide steady yields, with low residues and high reliability. A crystal choice for methodical mining operations prioritizing resource utilization over time.
Common Moon Mining Crystal Type A II
An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Common Moon Ores such as Cobaltite, Euxenite, Titanite, and Scheelite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type A crystals are used with modulated mining equipment and provide steady yields, with low residues and high reliability. A crystal choice for methodical mining operations prioritizing resource utilization over time.
Common Moon Mining Crystal Type B I
A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Common Moon Ores such as Cobaltite, Euxenite, Titanite, and Scheelite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type B crystals are used with modulated mining equipment and achieve faster yields, with high residues and low reliability. A crystal choice for rapid extraction operations prioritizing time over resource utilization.
Common Moon Mining Crystal Type B II
An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Common Moon Ores such as Cobaltite, Euxenite, Titanite, and Scheelite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type B crystals are used with modulated mining equipment and achieve faster yields, with high residues and low reliability. A crystal choice for rapid extraction operations prioritizing time over resource utilization.
Common Moon Mining Crystal Type C I
A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Common Moon Ores such as Cobaltite, Euxenite, Titanite, and Scheelite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type C crystals are used with modulated mining equipment and provide low yields, with very high residues and very low reliability. Typically used for asteroid field clearance purposes only.
Common Moon Mining Crystal Type C II
An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Common Moon Ores such as Cobaltite, Euxenite, Titanite, and Scheelite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type C crystals are used with modulated mining equipment and provide low yields, with very high residues and very low reliability. Typically used for asteroid field clearance purposes only.
Exceptional Moon Mining Crystal Type A I
A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Exceptional Moon Ores such as Xenotime, Monazite, Loparite, and Ytterbite ores.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type A crystals are used with modulated mining equipment and provide steady yields, with low residues and high reliability. A crystal choice for methodical mining operations prioritizing resource utilization over time.
Exceptional Moon Mining Crystal Type A II
An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Exceptional Moon Ores such as Xenotime, Monazite, Loparite, and Ytterbite ores.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type A crystals are used with modulated mining equipment and provide steady yields, with low residues and high reliability. A crystal choice for methodical mining operations prioritizing resource utilization over time.
Exceptional Moon Mining Crystal Type B I
A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Exceptional Moon Ores such as Xenotime, Monazite, Loparite, and Ytterbite ores.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type B crystals are used with modulated mining equipment and achieve faster yields, with high residues and low reliability. A crystal choice for rapid extraction operations prioritizing time over resource utilization.
Exceptional Moon Mining Crystal Type B II
An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Exceptional Moon Ores such as Xenotime, Monazite, Loparite, and Ytterbite ores.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type B crystals are used with modulated mining equipment and achieve faster yields, with high residues and low reliability. A crystal choice for rapid extraction operations prioritizing time over resource utilization.
Exceptional Moon Mining Crystal Type C I
A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Exceptional Moon Ores such as Xenotime, Monazite, Loparite, and Ytterbite ores.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type C crystals are used with modulated mining equipment and provide low yields, with very high residues and very low reliability. Typically used for asteroid field clearance purposes only.
Exceptional Moon Mining Crystal Type C II
An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Exceptional Moon Ores such as Xenotime, Monazite, Loparite, and Ytterbite ores.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type C crystals are used with modulated mining equipment and provide low yields, with very high residues and very low reliability. Typically used for asteroid field clearance purposes only.
Rare Moon Mining Crystal Type A I
A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Rare Moon Ores such as Carnotite, Zircon, Pollucite, and Cinnabar.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type A crystals are used with modulated mining equipment and provide steady yields, with low residues and high reliability. A crystal choice for methodical mining operations prioritizing resource utilization over time.
Rare Moon Mining Crystal Type A II
An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Rare Moon Ores such as Carnotite, Zircon, Pollucite, and Cinnabar.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type A crystals are used with modulated mining equipment and provide steady yields, with low residues and high reliability. A crystal choice for methodical mining operations prioritizing resource utilization over time.
Rare Moon Mining Crystal Type B I
A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Rare Moon Ores such as Carnotite, Zircon, Pollucite, and Cinnabar.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type B crystals are used with modulated mining equipment and achieve faster yields, with high residues and low reliability. A crystal choice for rapid extraction operations prioritizing time over resource utilization.
Rare Moon Mining Crystal Type B II
An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Rare Moon Ores such as Carnotite, Zircon, Pollucite, and Cinnabar.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type B crystals are used with modulated mining equipment and achieve faster yields, with high residues and low reliability. A crystal choice for rapid extraction operations prioritizing time over resource utilization.
Rare Moon Mining Crystal Type C I
A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Rare Moon Ores such as Carnotite, Zircon, Pollucite, and Cinnabar.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type C crystals are used with modulated mining equipment and provide low yields, with very high residues and very low reliability. Typically used for asteroid field clearance purposes only.
Rare Moon Mining Crystal Type C II
An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Rare Moon Ores such as Carnotite, Zircon, Pollucite, and Cinnabar.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type C crystals are used with modulated mining equipment and provide low yields, with very high residues and very low reliability. Typically used for asteroid field clearance purposes only.
Ubiquitous Moon Mining Crystal Type A I
A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Ubiquitous Moon Ores such as Zeolites, Sylvite, Bitumens, and Coesite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type A crystals are used with modulated mining equipment and provide steady yields, with low residues and high reliability. A crystal choice for methodical mining operations prioritizing resource utilization over time.
Ubiquitous Moon Mining Crystal Type A II
An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Ubiquitous Moon Ores such as Zeolites, Sylvite, Bitumens, and Coesite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type A crystals are used with modulated mining equipment and provide steady yields, with low residues and high reliability. A crystal choice for methodical mining operations prioritizing resource utilization over time.
Ubiquitous Moon Mining Crystal Type B I
A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Ubiquitous Moon Ores such as Zeolites, Sylvite, Bitumens, and Coesite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type B crystals are used with modulated mining equipment and achieve faster yields, with high residues and low reliability. A crystal choice for rapid extraction operations prioritizing time over resource utilization.
Ubiquitous Moon Mining Crystal Type B II
An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Ubiquitous Moon Ores such as Zeolites, Sylvite, Bitumens, and Coesite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type B crystals are used with modulated mining equipment and achieve faster yields, with high residues and low reliability. A crystal choice for rapid extraction operations prioritizing time over resource utilization.
Ubiquitous Moon Mining Crystal Type C I
A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Ubiquitous Moon Ores such as Zeolites, Sylvite, Bitumens, and Coesite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type C crystals are used with modulated mining equipment and provide low yields, with very high residues and very low reliability. Typically used for asteroid field clearance purposes only.
Ubiquitous Moon Mining Crystal Type C II
An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Ubiquitous Moon Ores such as Zeolites, Sylvite, Bitumens, and Coesite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type C crystals are used with modulated mining equipment and provide low yields, with very high residues and very low reliability. Typically used for asteroid field clearance purposes only.
Uncommon Moon Mining Crystal Type A I
A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Uncommon Moon Ores such as Otavite, Sperrylite, Vanadinite, and Chromite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type A crystals are used with modulated mining equipment and provide steady yields, with low residues and high reliability. A crystal choice for methodical mining operations prioritizing resource utilization over time.
Uncommon Moon Mining Crystal Type A II
An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Uncommon Moon Ores such as Otavite, Sperrylite, Vanadinite, and Chromite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type A crystals are used with modulated mining equipment and provide steady yields, with low residues and high reliability. A crystal choice for methodical mining operations prioritizing resource utilization over time.
Uncommon Moon Mining Crystal Type B I
A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Uncommon Moon Ores such as Otavite, Sperrylite, Vanadinite, and Chromite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type B crystals are used with modulated mining equipment and achieve faster yields, with high residues and low reliability. A crystal choice for rapid extraction operations prioritizing time over resource utilization.
Uncommon Moon Mining Crystal Type B II
An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Uncommon Moon Ores such as Otavite, Sperrylite, Vanadinite, and Chromite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type B crystals are used with modulated mining equipment and achieve faster yields, with high residues and low reliability. A crystal choice for rapid extraction operations prioritizing time over resource utilization.
Uncommon Moon Mining Crystal Type C I
A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Uncommon Moon Ores such as Otavite, Sperrylite, Vanadinite, and Chromite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type C crystals are used with modulated mining equipment and provide low yields, with very high residues and very low reliability. Typically used for asteroid field clearance purposes only.
Uncommon Moon Mining Crystal Type C II
An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Uncommon Moon Ores such as Otavite, Sperrylite, Vanadinite, and Chromite.
Due to their molecular make-up and the strength of the modulated miner's beam, these crystals will deteriorate through extended use. Can be loaded into modulated mining lasers only.
Type C crystals are used with modulated mining equipment and provide low yields, with very high residues and very low reliability. Typically used for asteroid field clearance purposes only.