Synthetic Ruby Laser Rods (Cr:Al₂O₃) for Laser Equipment Length up to 200 mm

Product Overview:

Our synthetic ruby laser rods are grown using the Verneuil (Flame Fusion) method, a mature and widely adopted crystal growth process for laser-grade ruby. This method enables good crystal homogeneity, controlled chromium (Cr³⁺) dopant distribution, and reliable optical performance suitable for commercial and industrial laser applications.

Verneuil-grown ruby crystals exhibit high transparency, stable fluorescence behavior, and consistent laser output, making them a proven gain medium for pulsed ruby laser systems. Due to chromium doping and internal stress characteristics, the achievable crystal size is more limited than undoped sapphire; however, ruby rods with lengths up to 200 mm can be supplied depending on diameter and specification.

All ruby laser rods are fabricated with strict control of end-face flatness, parallelism, and perpendicularity to meet laser-grade optical requirements. Custom machining, polishing, and tolerances are available upon request.

Product Features

• Laser-Grade Synthetic Ruby
  Single-crystal Cr:Al₂O₃ grown by the Verneuil (Flame Fusion) method

• Reliable Optical Quality
  Uniform chromium distribution and controlled defect levels for stable laser behavior

• Stable Laser Emission
  Optimized for ruby laser emission at 694.3 nm (R₁ line)

• High Mechanical Hardness
  Mohs hardness 9 with excellent wear and abrasion resistance

• Thermal & Chemical Stability
  Suitable for pulsed laser operation and demanding environments

• Precision Fabrication
  Optical-grade end faces with controlled flatness and parallelism

• Custom Dimensions Available
  Diameter, length, orientation, and surface finish per customer drawing

Technical Specifications

Applications

• Ruby Laser Equipment
  Active gain medium for pulsed ruby lasers

• Holography
  Coherent red light sources

• Medical Lasers
  Tattoo removal, dermatology, pigmented lesion treatment

• Scientific Research
  Laser–matter interaction and spectroscopy studies

• Laser Rangefinding & LIDAR
  High-energy pulsed laser sources

• Precision Ruby Components
  Watch bearings, wear-resistant ruby parts, waterjet nozzle orifices

FAQ – Frequently Asked Questions

Q1: What crystal growth method is used for these ruby rods?
A: The ruby rods are grown using the Verneuil (Flame Fusion) method, which is the most widely used and proven technique for laser-grade synthetic ruby.

Q2: What is the maximum available length?
A: Ruby rods with lengths up to 200 mm can be supplied, depending on diameter and application requirements.

Q3: Why is Verneuil-grown ruby commonly used for laser rods?
A: The Verneuil method offers stable optical performance, acceptable defect control, and cost efficiency, making it well suited for commercial and industrial ruby laser systems.

Q4: Can custom dimensions and tolerances be provided?
A: Yes. Custom diameter, length, polishing grade, orientation, and optical tolerances can be provided based on drawings or specifications.

Q5: How should ruby laser rods be stored and handled?
A: Store in a clean, dry, light-protected environment. Avoid fingerprints, mechanical shock, and rapid thermal cycling above 200 °C.

Storage & Handling Recommendations

• Store in clean, dry, light-protected packaging

• Clean using methanol or other non-abrasive solvents

• Avoid mechanical shock and excessive clamping force

• Use compliant thermal interface materials during mounting

Related Product

Customized Ruby Laser Rods Al₂O₃:Cr³⁺ Diameter 2mm/4mm Length 10mm/20mm