DOE Laser Micro-Lens Array – Quartz Rod Lens Array & Diffractive Optical Element for Beam Shaping & Uniform Illumination

The DOE Laser Micro-Lens Array is a high-precision optical component designed for advanced beam shaping, uniform illumination, and optical research applications. This device combines a quartz rod lens array with diffractive optical elements to transform laser beams into structured patterns, such as line spots or uniform arrays, with exceptional accuracy. Ideal for wave-particle duality studies, laser coupling, and optical system integration, this component offers customization and high performance for research, industrial, and experimental setups.

Key Features

• Multi-Functional Optical Array: Integrates diffractive gratings, cylindrical micro-lens arrays, and quartz rod lenses for versatile beam shaping.

• Customizable Specifications: Available in standard sizes (8.5mm x 11.5mm) with options for custom dimensions, rod lens diameters (125µm to 400µm), and coating types.

• High Precision: Each unit (rod lens) measures 125µm with a focal length of 136.5µm, providing precise optical control.

• Coating Options: Available with or without anti-reflective coatings to enhance transmission and reduce losses.

• Uniform Beam Output: Designed to generate consistent line spots or uniform illumination patterns at specified distances (e.g., 1-meter measurement for 532nm lasers).

• Research-Grade Quality: Suitable for studies in wave-particle duality, optical physics, and laser system integration.

• Microscopic Inspection: Each unit is inspected under a microscope to ensure quality and structural integrity.

Technical Specifications

Available Models & Configurations

Note:
Custom orders for different rod lens diameters (200µm–400µm), spacing, or specialized coatings are available upon consultation.

Intended Applications

• Optical Research: Wave-particle duality experiments, diffraction studies, and photonics research.

• Laser Beam Shaping: Converting Gaussian beams into uniform line spots or structured patterns.

• Uniform Illumination: Providing consistent light distribution for imaging, sensing, or display systems.

• Laser Coupling: Efficient coupling of laser light into fibers or other optical components.

• Micro-Optics Integration: Use in miniaturized optical systems, lab-on-a-chip devices, and precision instrumentation.

• Educational Labs: University-level optics and physics laboratory demonstrations.

• Industrial Laser Processing: Beam homogenization for laser cutting, engraving, or marking systems.

Handling & Installation Guidelines

• Cleanroom Recommended: For optimal performance, handle in a clean or dust-controlled environment.

• Precision Handling: Use tweezers or vacuum tools to avoid contamination or damage to the micro-lens surface.

• Mounting: Can be secured using optical adhesive or mounted in custom-designed holders.

• Cleaning: Use only approved optical cleaning solutions and lint-free wipes. Avoid touching optical surfaces.

Quality Assurance

• Each array is inspected under a microscope prior to shipment to ensure no defects or damage.

• Optical performance is validated using laser testing at specified wavelengths and distances.

• Custom designs are simulated and tested to meet specified beam shaping requirements.

Package Contents

• 1× DOE Laser Micro-Lens Array (secured in protective packaging)

• Specification sheet with optical and dimensional details

• Handling and cleaning instructions

Ordering & Customization

• Standard models are available for shipment within 48 hours.

• Custom designs require additional lead time for simulation, fabrication, and testing.

• Due to the custom and precision nature of the product, returns are only accepted for manufacturing defects.

Professional Use Notice
This optical component is designed for integration by users with knowledge of optics and laser systems. Proper handling, alignment, and environmental controls are essential for optimal performance. The manufacturer is not liable for performance issues resulting from improper installation, contamination, or misuse.