Mining Crystal

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Abyssal Ores such as Bezdnacine, Rakovene, and Talassonite. 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.

An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Abyssal Ores such as Bezdnacine, Rakovene, and Talassonite. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Abyssal Ores such as Bezdnacine, Rakovene, and Talassonite. 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.

An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Abyssal Ores such as Bezdnacine, Rakovene, and Talassonite. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Abyssal Ores such as Bezdnacine, Rakovene, and Talassonite. 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.

An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Abyssal Ores such as Bezdnacine, Rakovene, and Talassonite. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Arkonor yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Arkonor yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Bistot yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Bistot yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Coherent Ores such as Hedbergite, Hemorphite, Jaspet, Kernite, Omber and Ytirium. 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.

An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Coherent Ores such as Hedbergite, Hemorphite, Jaspet, Kernite, Omber and Ytirium. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Coherent Ores such as Hedbergite, Hemorphite, Jaspet, Kernite, Omber and Ytirium. 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.

An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Coherent Ores such as Hedbergite, Hemorphite, Jaspet, Kernite, Omber and Ytirium. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Coherent Ores such as Hedbergite, Hemorphite, Jaspet, Kernite, Omber and Ytirium. 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.

An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Coherent Ores such as Hedbergite, Hemorphite, Jaspet, Kernite, Omber and Ytirium. 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.

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.

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.

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.

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.

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.

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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Complex Ores such as Arkonor, Bistot, Spodumain, Eifyrium and Ducinium. 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.

An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Complex Ores such as Arkonor, Bistot, Spodumain, Eifyrium and Ducinium. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Complex Ores such as Arkonor, Bistot, Spodumain, Eifyrium and Ducinium. 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.

An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Complex Ores such as Arkonor, Bistot, Spodumain, Eifyrium and Ducinium. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Complex Ores such as Arkonor, Bistot, Spodumain, Eifyrium and Ducinium. 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.

An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Complex Ores such as Arkonor, Bistot, Spodumain, Eifyrium and Ducinium. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Crokite yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Crokite yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Dark Ochre yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Dark Ochre yield. 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.

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.

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.

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.

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.

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.

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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Gneiss yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Gneiss yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Hedbergite yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Hedbergite yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Hemorphite yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Hemorphite yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Jaspet yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Jaspet yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Kernite yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Kernite yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Omber yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Omber yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Plagioclase yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Plagioclase yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Pyroxeres yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Pyroxeres yield. 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.

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.

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.

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.

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.

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.

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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Scordite yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Scordite yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Simple Ores such as Plagioclase, Pyroxeres, Scordite, Veldspar and Mordunium. 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.

An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Simple Ores such as Plagioclase, Pyroxeres, Scordite, Veldspar and Mordunium. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Simple Ores such as Plagioclase, Pyroxeres, Scordite, Veldspar and Mordunium. 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.

An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Simple Ores such as Plagioclase, Pyroxeres, Scordite, Veldspar and Mordunium. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Simple Ores such as Plagioclase, Pyroxeres, Scordite, Veldspar and Mordunium. 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.

An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Simple Ores such as Plagioclase, Pyroxeres, Scordite, Veldspar and Mordunium. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Spodumain yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Spodumain yield. 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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Variegated Ores such as Crokite, Dark Ochre, and Gneiss. 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.

An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Variegated Ores such as Crokite, Dark Ochre, and Gneiss. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Variegated Ores such as Crokite, Dark Ochre, and Gneiss. 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.

An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Variegated Ores such as Crokite, Dark Ochre, and Gneiss. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Variegated Ores such as Crokite, Dark Ochre, and Gneiss. 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.

An advanced custom-cut frequency crystal whose refractive qualities are specifically suited to boosting yield when mining Variegated Ores such as Crokite, Dark Ochre, and Gneiss. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Veldspar yield. 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.

A custom-cut frequency crystal whose refractive qualities are specifically suited to boosting Veldspar yield. 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.