M. Zuiko Digital ED 60mm f2.8 Macro
This high quality macro lens is ideal for shooting under a wide range of conditions, including other applications such as landscape and portrait shooting. Featuring a closest focusing distance of 7.4 inches, excellent close-up capability with 1X* magnification, and dust-/splash-proof construction. This lens incorporates 13 lens elements in 10 groups with extensive use of special glass materials such as ED (Extra-low Dispersion), HR (High Refractive index) and E-HR (Extra-High Refractive index) elements to completely eliminate the chromatic aberrations that can be noticeable with telephoto macro lenses.
The new FR-2 Adapter Ring provides easy attachment of Olympus’s RF-11 ring flash or STF-22 twin flash allowing for professional and easy TTL Macro Flash Illumination at Macro working distances.
The M.ZUIKO DIGITAL ED 60mm f2.8 Macro incorporates Olympus's exclusive MSC (Movie & Still Compatible) mechanism, which is based on a floating-type inner focusing system with three drive systems resulting in no change in the overall lens length during autofocusing. Other features such as focus limit switching and a shooting distance/magnification indicator window enhance macro shooting control and precision. Item number: V312010BU000.
Focal Length 60mm (35mm equivalent focal length 120mm)
Lens construction 13 elements in 10 Groups - ED lens, 2 HR lenses, E-HR lens
Dust & Splash Proof Yes
Angle of View 20 Degree
AF System High-speed Imager AF (MSC)
Closest Focusing Distance 0.19m
Maximum Image Magnification 1.0x (35mm equivalent Maximum Image Magnification 2.0x)
Minimum Field Size 13 x 17mm
Number of Blades 7 (Circular Aperture Diaphragm)
Maximum Aperture F2.8
Minimum Aperture F22
Filter Size Diameter 46mm
Dimension Diameter 56 x 82mm
Box Contents Lens Cap (LC-46), Lens Rear Cap (LR-2), Instruction Manual, Olympus Worldwide Warranty Card
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⚠️ WARNING: This product can expose you to chemicals including Lead, which is known to the State of California to cause cancer and birth defects and/or other reproductive harm.
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