If the shooting distance of your original lens is short, select a close-up lens that makes it shorter. If the shooting distance of the original lens is long, select either No.1 or No.2. A premium close-up lens that employs a new coating to support digital cameras. The high performance lens consists of a set of two component lenses to suppress aberration. These lenses are close-up accessories attached at the leading edge of the lens, just the way filters are. The shooting distance of each lens can be calculated by the formula "1m /lens number.
If the shooting distance of your original lens is short, select a close-up lens that makes it shorter. If the shooting distance of the original lens is long, select either No.1 or No.2. A premium close-up lens that employs a new coating to support digital cameras. The high performance lens consists of a set of two component lenses to suppress aberration. These lenses are close-up accessories attached at the leading edge of the lens, just the way filters are. The shooting distance of each lens can be calculated by the formula "1m /lens number.
in 2 offers
If the shooting distance of your original lens is short, select a close-up lens that makes it shorter. If the shooting distance of the original lens is long, select either No.1 or No.2. A premium close-up lens that employs a new coating to support digital cameras. The high performance lens consists of a set of two component lenses to suppress aberration. These lenses are close-up accessories attached at the leading edge of the lens, just the way filters are. The shooting distance of each lens can be calculated by the formula "1m /lens number.
If the shooting distance of your original lens is short, select a close-up lens that makes it shorter. If the shooting distance of the original lens is long, select either No.1 or No.2. A premium close-up lens that employs a new coating to support digital cameras. The high performance lens consists of a set of two component lenses to suppress aberration. These lenses are close-up accessories attached at the leading edge of the lens, just the way filters are. The shooting distance of each lens can be calculated by the formula "1m /lens number.
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Last updated at 15/11/2024 16:56:07
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originally posted on ebay.com
originally posted on ebay.com
| Supplier Description | KENKO 52MM AC CLOSE-UP FILTER |
Updated about 7 hours ago
| Supplier Description | KENKO 52MM AC CLOSE-UP FILTER |
