Mamiya RB67 - Features of Mamiya RB 67; Revolving Adapter Functionality; Single-Lens Reflex System Benefits; Mamiya Sekor Lenses with Built-in Shutter

• Features of Mamiya RB 67
The Mamiya RB 67 is part of a unique camera system d eo
veloped by Mamiya Camera Company, the recognized world
leader in large format photography. It takes its place along·
side the famous Mamiya Press and Mamiya C Professional
cameras.
Equipped
with the many following features, you can use to
full advantage this large format , single ·lens refle x camera not
only in general photograph y but also in fields covering fashion ,
commercial, scientific, news and industrial applications .
The 6
x 7 cm negative format afters an ideal full negati ve
ratio for 8 x l 0 inch enlargements as weil as larger photo ·
graphie prints, no cropping is necessary when making blow·
ups. This ensures you more effective use of the full negati ve
and
sharper pictures due to lesser degree of enlargement.
4
The revolving adapter Cturning a full 90 °) allows choice
of vertical or horizontal picture format
The Mami ya RB 67 enables you to quickl y chan ge th e fo rmat
direction by revolving the back of the camera inst ead of
ehanging the camera position , a fe ature ex tr emely eonven i en t
in
photo g raphin g with th e eamera mounted on a tripod, or
even hand held.
Single-Iens reflex system without parallax
The greatest feature of a single ·lens reflex camera- tha t
of being able to photo graph ex actly what you se e on th e
focusing sereen-
turns o ut to be very effective when combined
with the eonvenient elose·up capability of the Mamiya RB 6 7.
Excellent Mamiya Sekor Lenses with built-in lens shutter
CSeiko # 1)
The between the lens· shutter synchronizes with eleetronie
flash at all shutter speeds.
All
Mamiya Sekor Lenses from the 50 mm wide angle to th e
360 mm telephoto , oftering excellent image quality and superb
resolving power , are equipped with an aut o matie aperture
control feature . The lenses also have a depth of field preview
lever so
that the depth of field at any aperture setting is
plainly visible .