MicroExpand Pro SS-Series (1064/532nm)

Primary Product Name:
MicroExpand Pro SS-Series (1064/532nm)

Model Numbering Example:
MicroExpand Pro-SS-3X-1064

(This clearly indicates the product family, model type, magnification, and primary wavelength.)

2. Product Detail Page Design Framework

1. Core Headline & Value Proposition

“MicroExpand Pro SS-Series: Compact Form, Laboratory-Grade Performance”
A small-form-factor beam expander specifically engineered for 1064nm and 532nm lasers. Offering an extensive range of magnifications from 1.2X to 20X for integration into space-conscious OEM systems and precision lab setups.

2. Key Features (Icon-Based Presentation)

• Dual-Wavelength Optimized

  • Icon: 👁️

  • Text: Precisely calibrated for peak performance at both 1064nm (IR) and 532nm (Green) wavelengths, ensuring high transmission and excellent wavefront preservation.

• Extensive Magnification Range

  • Icon: 📈

  • Text: Available from 1.2X to 20X, covering applications from subtle beam sizing to high-magnification collimation. Contact us for stock availability on specific magnifications.

• Compact SS-Series Design

  • Icon: 🔩

  • Text: The SS-Type (Super Small) housing provides a robust yet miniature footprint, ideal for integration into cramped optical assemblies and OEM equipment.

• High-Grade Optical Assembly

  • Icon: ⚡

  • Text: Utilizes precision lenses (16mm input, 30mm output) to handle input beams up to 12mm and deliver expanded output beams up to 28mm with high fidelity.

3. Detailed Product Specifications Table

4. Application Scenarios (Visual Showcase)

• Scenario 1: Integrated OEM Systems

  • Visual Suggestion: The beam expander shown integrated neatly inside a commercial laser equipment housing.

  • Caption: “Its compact SS-design is perfect for embedding into OEM medical, industrial, or analytical instruments where space is at a premium.”

• Scenario 2: Lidar & Rangefinding

  • Visual Suggestion: Diagram showing the beam expander in a compact Lidar module.

  • Caption: “Reduce beam divergence for improved signal-to-noise ratio and range accuracy in compact Lidar and telemetry systems.”

• Scenario 3: Nonlinear Optics & Research

  • Visual Suggestion: The component on an optical breadboard as part of a setup for frequency doubling or other experiments.

  • Caption: “Provides flexible beam conditioning for laboratory research, from preparing a beam for nonlinear crystal input to general beam shaping.”

5. Call to Action & Ordering Information

Title: Configure Your System

Text: “We offer the complete magnification range from 1.2X to 20X. Please contact our sales support team to check real-time stock status for your desired magnification and to receive a quotation.”

Configuration Note: “When ordering, please specify your required Magnification and primary Operating Wavelength (1064nm or 532nm).”

This framework effectively highlights the product’s key advantages of compact size and dual-wavelength optimization, while clearly presenting all technical parameters and guiding the customer towards a purchase.