Kase Wolverine 82mm Anti-Laser Magnetic

Kase Wolverine 82mm Anti-Laser Magnetic Filter

The Kase Wolverine 82mm Anti-Laser Magnetic Filter is ingeniously designed to protect a camera's sensitive image sensor from potential damage caused by laser light. Featuring a specialized coating, this filter effectively prevents laser energy from penetrating through the lens, making it indispensable in environments where lasers may be present, such as concerts, theater performances, bars, and parties.

Laser pointers typically emit light between 1 to 5 milliwatts, while stage lighting can exceed 10 watts and sophisticated architectural lasers may reach up to 40 watts. Exposure to these intense laser lights can harm a camera's sensor or its protective coating, which may result in visible artifacts like red, purple, or blue spots, and, in severe cases, horizontal or vertical stripes on photographs. This filter not only minimizes laser energy transmission but also mitigates light pollution, reducing color distortions from artificial light sources surrounding the subject.

Constructed from shock-resistant optical glass, the filter boasts several advanced features:

• Durable multi-coating and weather-resistant treatment
• Water- and oil-repellent, making it ideal for rugged environments
• Effortless mounting and removal thanks to its magnetic design
• Compatible with wide-angle lenses without causing vignetting
• Neutral color rendering, ensuring accurate image reproduction
• Mildew-resistant surface treatment for added longevity

Key Features of the Kase Wolverine 82mm Anti-Laser Magnetic Filter:

• Protects the camera's CMOS sensor from damaging laser exposure.
• Reduces yellow tint from sodium light pollution effectively.
• Employs nearly indestructible shock-resistant glass.
• Includes 82mm magnetic anti-laser filter, 82mm magnetic adapter ring, and a protective storage case.

This innovative filter provides a robust solution for photographers seeking to preserve the integrity of their equipment while capturing images in challenging lighting conditions.