
Hoya B405CS 40.5mm Four Point Cross Screen Glass Filter - 4X
Add Dramatic Flare to Your Photos The Hoya 40.5mm Four Point Cross Screen filter adds a captivating starburst effect to your images, transforming point light sources into dramatic four-pointed flares. Ideal for capturing stunning night scenes, reflective surfaces, and festive lighting, this filte...
*Price sourced from Amazon.com. Last updated:Jul 13, 2026.Price and availability are subject to change.
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Overview
Add Dramatic Flare to Your Photos
The Hoya 40.5mm Four Point Cross Screen filter adds a captivating starburst effect to your images, transforming point light sources into dramatic four-pointed flares. Ideal for capturing stunning night scenes, reflective surfaces, and festive lighting, this filter enhances your creative vision.
Key Specifications:
- Filter Size: 40.5mm
- Filter Type: Cross Screen
- Effect: Creates four-point starburst effect from light sources
Key Features
Effect becomes more pronounced with larger and brighter light sources.
Specifications
Pros & Cons
👍 Pros
- Specifically designed to create a distinct four-point cross screen effect, adding artistic flair to photos.
- The effect becomes more pronounced with larger and brighter light sources, allowing for creative control.
- As a Hoya glass filter, it is engineered for optical clarity and durability.
- Enhances photographs by transforming ordinary light sources into captivating starbursts.
- Provides a unique visual effect that can differentiate your photography.
👎 Cons
- The 40.5mm size means it is only compatible with lenses that have a 40.5mm filter thread.
- The four-point cross screen effect is a specific artistic choice and may not be suitable for all types of photography.
- Using the filter may require adjustments to exposure settings due to potential light reduction.
- The effect's dependence on light source size and brightness means it might not always be consistently achievable.
- It adds an additional piece of glass in front of the lens, which could theoretically introduce minor optical aberrations.