Bestselling Edmund Optics 13-967 Ls Series Line Scan Fixed Focal Length Lenses 55% Off - Today Only [hTdgaLCX]

Edmund Optics LS Series Line Scan Lenses

Edmund Optics presents the LS Series Line Scan Fixed Focal Length Lenses, designed to deliver exceptional performance and precision for your line scan imaging applications. These lenses are engineered to provide high-quality images with minimal distortion, making them ideal for a wide range of industrial, medical, and scientific applications.

Key Features and Specifications

The 13-967 LS Series Line Scan Fixed Focal Length Lenses feature a 5mm focal length, ensuring optimal image quality and clarity. They are compatible with a M95 x 1mm extension tube, allowing for easy integration into various imaging systems. Some of the key features and specifications include:

• High Image Quality: Achieve sharp, clear images with minimal distortion for accurate analysis.
• Fixed Focal Length: Consistent performance across different imaging distances for reliable results.
• Compact Design: Space-saving design for easy installation and integration into tight spaces.

Practical Applications

The Bestselling Edmund Optics 13-967 Ls Series Line Scan Fixed Focal Length Lenses 55% Off - Today Only [hTdgaLCX] are versatile and suitable for a variety of applications. Whether you are working in industrial automation, medical imaging, or scientific research, these lenses offer the precision and reliability you need. Some practical uses include:

• Industrial Automation: Inspect products for defects and quality control with high-resolution images.
• Medical Imaging: Capture detailed images for diagnostic purposes, enhancing patient care and outcomes.
• Scientific Research: Conduct precise measurements and analysis in various research fields.

With the Edmund Optics LS Series Line Scan Fixed Focal Length Lenses, you can trust in the quality and performance that has made Edmund Optics a leader in optical solutions. Choose these lenses for your next imaging project and experience the difference in image quality and reliability.