Discover Midwest Optical Systems Bp695-34 Markdown: -50% [Rr32yiXE]

Discover Midwest Optical Systems Bp695-34 Markdown: -50% [Rr32yiXE] Near-IR Bandpass Filter

The Discover Midwest Optical Systems Bp695-34 Markdown: -50% [Rr32yiXE] Near-IR Bandpass Filter is a cutting-edge optical solution designed for a wide range of applications, including machine vision, factory automation, and medical and life science. This filter is engineered to enhance system performance by providing exceptional contrast and clarity. With its specialized Near-IR passband, the BP695-34 is perfectly suited for applications that require precise control over light transmission.

Key Features and Specifications

The BP695-34 Near-IR Bandpass Filter boasts a range of features that make it an indispensable tool for industrial imaging. Its UV, VIS, and NIR passbands ensure optimal performance across various wavelengths. The filter achieves optimal contrast by blocking interfering wavelengths, eliminating the need for additional shrouds. This not only simplifies the setup but also improves system control, repeatability, and stability. Key features include:

• Available Passbands: UV, VIS, and NIR
• Optimal Contrast: Enhanced clarity and detail in images
• System Control: Improved repeatability and stability
• Chromatic Aberration Reduction: Increased resolution
• Anti-Reflection Coating: Maximum transmission and reduced glare
• Hard Coated: Durable and resistant to wear
• Exceptional Surface Quality: 40/20 scratch/dig

Practical Applications and Benefits

The BP695-34 Near-IR Bandpass Filter is a versatile tool that finds applications in numerous industries. Its ability to increase resolution by reducing chromatic aberration makes it ideal for aerial imaging and motion analysis. In the field of medical and life science, this filter aids in accurate inspections and observations. Moreover, its exceptional surface quality ensures that it can withstand the rigors of repeated use. The BP695-34 is not just a filter; it's a comprehensive solution that empowers users to achieve superior imaging results in their respective fields.