F-Theta Scan Lens for 1064nm Galvo Fiber Laser Marking Machine - 200x200mm F290

F-Theta Scan Lens for 1064nm Galvo Fiber Laser Marking Machine - 200×200mm F290

The F-Theta Scan Lens 200×200mm F290 is a professional-grade optical lens designed for 1064nm fiber laser marking systems. It provides a large marking area while maintaining excellent beam focus and engraving consistency, making it ideal for marking larger parts and improving production efficiency.

Key Features

• Designed for 1064nm Fiber Lasers
  Optimized for fiber laser marking machines operating at a 1064nm wavelength.
• Large 200 × 200 mm Marking Area
  Provides a significantly larger working field for marking larger components and multiple parts in a single operation.
• F290 Focal Length
  Offers an ideal balance between marking area and engraving performance for industrial applications.
• High Optical Transmission Efficiency
  Precision-coated optics maximize laser energy utilization and reduce optical losses.
• Uniform Focus Across the Working Area
  Maintains consistent beam quality and marking accuracy throughout the entire marking field.
• Industrial-Grade Construction
  Built for reliable long-term operation in manufacturing and production environments.

Specifications

• Lens Type: F-Theta Scan Lens
• Laser Compatibility: 1064nm Fiber Laser M85
• Marking Area: 200 × 200 mm
• Focal Length: F290
• Application: Galvo Laser Marking Systems

Advantages

• Larger marking area for increased productivity
• Suitable for engraving larger workpieces
• Enables batch marking of multiple parts at once
• Consistent marking quality across the entire field
• High precision optical performance

Applications

Suitable for industrial product marking, metal engraving, QR codes, barcodes, serial numbers, nameplates, tools, automotive parts, electronic components, and batch production marking applications.

Compatibility

Compatible with most galvo-based fiber laser marking machines operating at 1064nm wavelength, including systems using Raycus, JPT, MAX, and IPG laser sources.