125x8 Nd:YAG Laser Rods by Laser Materials
Description
Laser Materials Corporation produces Nd:YAG boules, fabricated laser rods and slabs. Our crystal growth facility in Vancouver, Washington exclusively produces large diameter boules (currently, Ø82 mm) in lengths up to 250 mm while retaining acceptable Neodymium concentration levels. As a crystal grower, we concentrate on developing and improving the crystal growth process to produce high yields and consistently high material quality. Pure raw materials, precise formulation, and exacting growth control are the keystones of our operations.
125x8 Nd:YAG Laser Rods by Laser Materials
Specifications |
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|---|---|
| Type Of Crystal: | Nd:YAG |
| Crystal Diameter: | 8 mm |
| Crystal Length: | 125 mm |
| AR Coating: | One side, Both sides |
Features
- Better than 99.997% pure yttrium and aluminum oxides, and 99.99% pure neodymium oxide are used.
- 99.999% pure or better shield gases are used throughout the crystal growth process.
- All raw materials are stored and prepared in a clean environment.
- Constituent powders are thoroughly dried in high temperature ovens to reduce hydroxyl impurities.
- The dried raw materials are carefully weighed on precision balances to insure precise stoichiometry and dopant concentration.
- Computer control of the growth process and associated facilities produces the stable conditions required for consistent boule growth; cooling water and room air temperatures are maintained to within closely controlled tolerances.
- Crystal growth control is based on weight gain for the most consistent boule diameter possible.
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
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United States
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Frequently Asked Questions
Laser rod "blanks" are extracted from completed boules using a diamond core drill.
The product uses better than 99.997% pure yttrium and aluminum oxides, and 99.99% pure neodymium oxide. 99.999% pure or better shield gases are used throughout the crystal growth process. All raw materials are stored and prepared in a clean environment. Constituent powders are thoroughly dried in high temperature ovens to reduce hydroxyl impurities. The dried raw materials are carefully weighed on precision balances to insure precise stoichiometry and dopant concentration. Computer control of the growth process and associated facilities produces the stable conditions required for consistent boule growth; cooling water and room air temperatures are maintained to within closely controlled tolerances. Crystal growth control is based on weight gain for the most consistent boule diameter possible.
The rough finished blanks are then sent out for the finishing operations of precision grinding to final size, polishing, and anti-reflection coating.
Laser Materials Corporation exclusively produces large diameter boules (currently, Ø82 mm) in lengths up to 250 mm while retaining acceptable Neodymium concentration levels.