Most Wishlisted Midwest Optical Systems Sp650-37 - Almost Gone [IwzK6lvt]

SP650-37 Near-IR/Mid-Red Dichroic Block

Introducing the Most Wishlisted Midwest Optical Systems Sp650-37 - Almost Gone [IwzK6lvt] Near-IR/Mid-Red Dichroic Block, a premium shortpass filter designed for exceptional performance in color imaging and sensor protection. This filter is engineered to pass a broad spectrum of shorter wavelengths while effectively blocking longer visible and near-infrared wavelengths. With its sharp transition between passed and blocked wavelengths, the SP650-37 ensures optimal image quality and sensor safety.

• High-quality materials for long-lasting durability.
• Sharp transition for precise wavelength control.

Technical Specifications

The SP650-37 Near-IR/Mid-Red Dichroic Block is crafted with advanced optical materials, ensuring high transmission and minimal reflection. Its precise design allows for a clear and natural color rendering, making it ideal for various applications. Key specifications include:

• Wavelength range: 400-650 nm
• Transmission: >95% at 500 nm
• Blocking: >99.5% at 700 nm

The filter's exceptional performance is achieved through meticulous manufacturing processes, guaranteeing consistent and reliable results in your imaging projects.

Practical Applications

The Most Wishlisted Midwest Optical Systems Sp650-37 - Almost Gone [IwzK6lvt] Near-IR/Mid-Red Dichroic Block is a versatile tool for a wide range of applications. Whether you're working on color imaging, protecting sensors from NIR laser damage, or reducing IR radiation during hot metal or glass extrusion processes, this filter is a must-have. Its benefits include:

• Enhanced color rendering for more accurate and vibrant images.
• Improved sensor protection against NIR laser damage.
• Reduced IR radiation for clearer images in challenging conditions.

Whether you're a professional photographer, an industrial engineer, or a hobbyist, the SP650-37 is the perfect choice for your imaging needs. Invest in quality and experience the difference with Midwest Optical Systems.