Tamron AF 18-200mm f/3.5-6.3 Di II IF LD XR Macro (Canon EF)
125,00€
Tamron AF 18-200mm f/3.5-6.3 Di II IF LD XR Macro (Canon EF)
Thanks to its high focal range, this 18-200mm lens is a flexible zoom suitable for all shooting situations. Especially when traveling, its exceptional compactness and lightness prove to be particularly satisfying. From wide angle to telephoto, most photographic situations can be successfully tackled with this lens. The 18-200mm Di II lens is in the best tradition of Tamron's legendary megazoom range, with an 11.1x zoom factor and a focal length equivalent to that of a 28-300mm lens for full frame cameras. The 18-200mm Di II uses the innovative XR (Extra Refractive) glass with a high refractive index to optimize optical performance over the entire focal range. Its optical design minimizes aberrations while allowing for a more compact construction. In addition, three hybrid aspherical elements were used to minimize spherical aberration, while two LD (Low Dispersion) glass elements were used to compensate for chromatic aberration. The result is a versatile zoom with outstanding optical quality. It achieves a magnification ratio of 1: 3.7, making it suitable even for macro shooting, with a minimum focusing distance of only 45cm. Everything to try this zoom with performance in relation to its category and also with a fantastic price / performance ratio.
125,00€
Even more convenient in 3 payments with
each installment: 41,67€
[A-] Fully functional. Very few minimal signs of usage as per normal use
Store: NShot Verona Warranty: 1 year warranty Condition: [A-] Fully functional. Very few minimal signs of usage as per normal use Item code: IT NSH001 V NSH_E000316
1 in stock
Delivery in 3/5 days
Up to 2 years warranty All of our products are
guaranteed for 1 to 2 years
14 days for return according to the regulations
of the Right of Return
Product condition
Without instruction manual Without original box
Product checkups
General cleaning Verification of electronic and mechanical functions Verification of lenses condition