Ti:Sapphire (Titanium-doped Sapphire Crystal) Rectangular, Double-sided Polishing Description
Our rectangular Ti:Sapphire (Titanium-doped Sapphire) crystal provides exceptional optical clarity and strong mechanical properties, making it suitable for precision laser applications. Crafted through double-sided polishing, this crystal ensures minimal wavefront distortion, thus enhancing beam quality and performance. The high damage threshold and broad tunable fluorescence range render Ti:Sapphire crystals well-suited for ultrashort pulse generation, optical frequency combs, and high-peak-power laser systems.
Following strict quality standards, each crystal undergoes thorough testing to confirm uniform doping concentration and exceptional surface integrity. Our engineering process maintains tight tolerances on thickness and flatness, ensuring reliable and repeatable operation in demanding research and industrial environments. With its durability, thermal conductivity, and optical performance, our Ti:Sapphire crystal serves as an essential component for leading photonics solutions.
Ti:Sapphire (Titanium-doped Sapphire Crystal) Rectangular, Double-sided Polishing Applications
Ti:Sapphire (Titanium-doped sapphire crystal) rectangular, double-sided polished substrates are valued for their superior optical clarity, high thermal conductivity, and broad tunability in the near-infrared region. Their impressive durability and damage threshold make them appropriate for challenging environments, while their precise geometry ensures accurate alignment and minimal distortion. These features enable a wide range of applications across industrial, research, and commercial domains.
1. Industrial Applications
· Application 1: High-Power Laser Drilling – The crystal’s broad tunability and high damage threshold facilitate effective laser drilling of metals and alloys.
· Application 2: Precision Sensing Equipment – Double-sided polishing reduces scattering, enhancing the accuracy of optical sensors in adverse manufacturing conditions.
2. Research Applications
· Application 1: Nonlinear Optics Experiments – The crystal’s wide gain bandwidth supports the generation of ultrafast pulses for advanced studies in nonlinear processes.
· Application 2: Ultrafast Spectroscopy – Superior optical clarity and thermal conductivity allow precise time-resolved measurements in challenging laboratory settings.
3. Commercial Applications
· Application 1: Medical Laser Systems – High reliability and consistent output power make Ti:Sapphire crystals suitable for applications such as dermatological treatments.
· Application 2: Laser Show and Display Technologies – The crystal’s stable performance and minimal distortion provide high-quality laser light effects for entertainment venues.
Ti:Sapphire (Titanium-doped Sapphire Crystal) Rectangular, Double-sided Polishing Packaging
Each rectangular, double-sided polished Ti:Sapphire crystal is individually wrapped in a scratch-resistant film and positioned within a shock-absorbing foam insert. To preserve crystal integrity, it should be stored in a clean, temperature-controlled, and humidity-free environment. Protective sealing and optional nitrogen-purged cases guard against contaminants. Custom packaging is available for special handling requirements, including anti-static liners, vacuum sealing, and advanced insulation. All materials are chosen for safe transport, ensuring optimal performance and minimal risk.
Packaging: Vacuum sealed, Wooden Box, or Customised.
Ti:Sapphire (Titanium-doped Sapphire Crystal) Rectangular, Double-sided Polishing FAQs
Q1: What are the key material properties of Ti:Sapphire (Titanium-doped Sapphire Crystal) Rectangular, Double-sided Polishing?
A1: Ti:Sapphire is valued for its exceptional optical clarity and broad tunable emission range, from approximately 660 nm to over 1 100 nm. It offers high thermal conductivity, excellent hardness (9 on the Mohs scale), and strong chemical resistance. The titanium doping provides the active laser medium, while double-sided polishing ensures minimal surface scattering. Its refractive index (around 1.76) and low birefringence make it suitable for high-precision laser applications.
Q2: How should this product be handled and stored?
A2: Ti:Sapphire crystals should be handled with clean, lint-free gloves to avoid scratching or contamination. They must be kept in a dust-free environment with controlled humidity and temperature to prevent moisture-induced degradation. When cleaning, use approved solvents and soft wipes that do not leave residues. Proper handling prevents surface damage, while protective containers or sealed pouches help maintain crystal integrity and prolong performance.
Q3: Which quality standards and certifications apply to Ti:Sapphire (Titanium-doped Sapphire Crystal) Rectangular, Double-sided Polishing?
A3: Most manufacturers adhere to ISO 9001 for their quality management systems, ensuring consistent production and traceability. Additional industry-specific certifications, such as ISO 14001 for environmental management, may also apply. Optical polishing typically meets or exceeds MIL-PRF-13830B or equivalent standards for surface quality. Documentation often includes interferometric testing, dimensional tolerances, and doping concentration verifications, ensuring adherence to strict international specifications for laser-grade crystals.
Related Information
1. Quality Control Measures
Quality assurance for Ti:Sapphire (Titanium-doped Sapphire Crystal) rectangular, double-sided polishing relies on thorough inspection procedures. Each piece undergoes in-situ optical measurements to confirm that minimal surface roughness is achieved, ensuring negligible scattering across the crystal’s polished faces.
Strict dimensional tolerance checks are also performed to verify that the rectangular shape remains uniform within micrometer precision. Combined with advanced metrology tools, such rigorous quality control contributes to the production of consistently reliable Ti:Sapphire components for various photonic and laser applications.
2. Applications in Advanced Industries
Ti:Sapphire crystal elements with double-sided polishing have been widely utilised in ultrafast laser systems designed for femtosecond pulse generation. By leveraging the exceptional optical clarity achieved through precise polishing on both surfaces, manufacturers can incorporate these crystals into advanced spectroscopy and high-resolution imaging tools across biomedical, aerospace, and telecommunications sectors.
Major institutions also employ this rectangular Ti:Sapphire format to facilitate research in quantum computing and high-energy physics. The enhanced beam propagation and thermal conductivity, characteristic of properly doped and processed sapphire substrates, position Ti:Sapphire components as essential elements for advanced optical systems.
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