Double Ball Joint Adapter with Camera Platform Bracket

.The PixaPro Double Ball Joint Head Adapter & Camera Mounting Clamp Bracket enables you to mount your camera at unusual angles, making it easier to obtain certain types of shots. This bundle consists of a Double Ball Joint Adapter, which features two 5/8-inch studs with articulating ball joints, and a built-in clamping mechanism, and a Camera Mounting Clamp Bracket, which enables you to safely mount your camera to virtually any light stand or studio support system. Perfect for Product and Food Photographers who need to mount their camera at an unusual angle, or for people who would like to produce flat-lay images.

Double Ball Joint Head Adapter

5/8-inch Studs: Features two 5/8-inch studs, which enables it to be connected to a wide range of studio accessories, such as super-convi clamps, grip arms, etc.

Articulated Ball Joints: Features two articulated ball joints, held in place via a clamp-lock mechanism, enabling you to position your lights, or accessories into virtually any position required.

Standard Screw Thread: Features one 1/4-inch thread, and one 3/8-inch female screw thread, opening up an even wider range of mounting possibilities.

Camera Mounting Clamp Bracket

5/8-inch Stud Receivers: Features two 5/8-inch stud receivers, which enables it to be securely connected to the double ball joint adapter. It is also compatible with a wide range of studio accessories, such as super-convi clamps, grip arms, etc.

¼-inch Tripod Thread: Features a ¼-inch tripod screw thread, which enables you to mount virtually any camera you can think of to it. Compatible with small point-and-shoot compact cameras and small camcorders, as well as larger cameras such as DSLRs and Mirrorless cameras (not suitable for large video cameras or Marge Medium-format cameras)

This PixaPro Double Ball Joint Head Adapter & Camera Mounting Clamp Bracket Kit is an essential addition to any studio photographers or videographers studio grip arsenal, where they need to position their camera in unconventional angles.