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Rent NowThe Canon EF-S 60mm f/2.8 Macro USM is a compact prime macro lens designed exclusively for APS-C format Canon DSLRs, where it provides a 96mm equivalent focal length. Engineered for true close-up photography, it offers full life-size 1:1 maximum magnification with a 7.9-inch minimum focusing distance. Its versatile short-telephoto focal length and bright f/2.8 aperture also make it an ideal option for portraiture and general close-range detail work. Featuring an internal focusing design powered by a ring-type Ultrasonic Motor (USM), it delivers fast, quiet autofocus alongside full-time manual focus override without changing the physical length of the lens barrel.
Key Features and Specifications
• Canon EF-S Mount (APS-C Exclusive): Designed specifically for APS-C sensor bodies, providing a 96mm equivalent focal length ideal for macro and portraiture.
• Life-Size 1:1 Macro Reproduction: Captures true 1:1 magnification with a minimum focusing distance of 7.9 inches (20 cm).
• Ring-Type USM Autofocus: Delivers quick, near-silent autofocus performance with instant full-time manual focus adjustment.
• Internal Focusing (IF) Architecture: Ensures the lens length remains constant during focusing, preventing interference with close-up subjects or front-mounted accessories.
• Optimized Optical Design & Coatings: Super Spectra coatings reduce flare and ghosting while specialized optical elements deliver corner-to-corner contrast and sharpness.
• 7-Blade Circular Diaphragm: Helps render smooth out-of-focus background elements for subject isolation and pleasing bokeh.
• Compact 52mm Filter Thread: Uses standard 52mm front filters and allows non-rotating placement for polarizers and macro ring lights.
Condition and Included Accessories
• Included Accessories: Front lens cap and rear lens cap included. Dedicated lens hood (ET-67B) is NOT included.
• Physical and Operational Condition: Optically, significant internal dust is present behind the glass elements; while typical for used lenses, heavy dust can potentially affect image contrast under bright direct lighting.
