Get it now rent as you go. The item is yours after renting for 12 months or buyout early anytime. No down payment, no commitment, return/cancel anytime.
Rental payment / 2 weeks est. $176 All lease payments apply to the ownership cost
Ownership Options & Cost (before tax)
100-day cash price: $2,289
Lease-to-Own: 26 bi-weekly payments over 12 months.
Early buyout price: After 100 days, buyout with a one-time payment of 50% of your remaining ownership balance.
The smc FA 645 120mm f/4 Macro Lens from Pentax is a medium format, manual and autofocusing, short telephoto/portrait prime lens that provides a 35mm equivalent focal length of 96mm when used on a Pentax 645D or 77mm on a film 645 camera. The super multi coating (SMC) significantly increases the amount of light transmission. The lens offers a 1:1 magnification ratio and focuses as close as 15.4". The focus limiter can be used to set the focusing distance range for increasing the speed of the autofocus. The maximum aperture of f/4 can be stopped down as far as f/32. The lens was developed using computer-assisted optical design technology for a high degree of precision. It uses a floating mechanism and an independently-moving aperture mechanism. It also features extra-low dispersion (ED) glass to correct for chromatic aberrations, helping to deliver sharp imagery with high contrast and clarity throughout the focusing range.
Medium format, autofocusing, short telephoto/portrait prime lens that provides a 35mm equivalent focal length of 96mm when used on a Pentax 645D or 77mm on a film 645 camera
Treated with super multi coating (SMC) to significantly increase the amount of light transmission
Magnification ratio of 1:1 (1x magnification)
Minimum focus distance of 15.4". The focus limiter can be used to set the focusing distance range for increasing the speed of the autofocus
Maximum aperture of f/4 can be stopped down as far as f/32
Uses a floating mechanism and an independently-moving aperture mechanism
Features extra-low dispersion (ED) glass to correct for chromatic aberrations, helping to deliver sharp imagery with high contrast and clarity throughout the focusing range
Developed using computer-assisted optical design technology for a high degree of precision
