Feature

●4 x DSLR viewfinder eyecups + 4 x camera hot shoe, DSLR viewfinder eyecups for Nikon D7000 D300/D200 D100 D90 D80 D40 D50 D70S D600 D610, hot shoe level supports all cameras with hot shoe interface, including DSLR, DC etc.
●The DSLR viewfinder eyecup is made of soft rubber material to ensure eye comfort when focusing, protect eyelids from scratches and prevent unwanted light, dust and moisture from entering the viewfinder.
●The spirit level on the hot shoe protector helps you achieve a higher level of precision when shooting image content, and allows you to accurately measure at all times.
●Camera hot shoe is suitable for most SLR cameras with a standard hot shoe connector, for Canon, Nikon, Panasonic, Fuji, Olympus, Sigma and Pentax.
●Camera hot shoe is made of acrylic and is lightweight, small, high quality and has an innovative design.


Description

Product description:


The role of the viewfinder eyecup:

1. Prevents external stray light from entering the viewfinder and increases the accuracy of the image section.

. Effectively isolates the contact between eye and viewfinder and protects the viewfinder. 3. The soft outer shell provides more comfort and reduces fatigue during use.

(4) Viewfinder recording is more energy efficient and faster than shooting with the screen.

(5) Using the viewfinder as a frame for the folding screen prevents facial fat from coming into contact with the camera screen and protects the camera screen better.

The viewfinder eyecup is easy to use and attaches easily and securely to the cameras viewfinder.

Suitable for all cameras with hot shoe interface support, including DSLR, DC, etc. Not suitable for Minolta and Sonys special hot shoe interface SLRs.

Take more accurate horizontal photos by using our hot shoe leveling level for perspective control, tilt and pan video shooting, and real estate photography.

Specifications:


Quantity: 4 x DSLR viewfinder eyecups + 4 x camera hot shoe

Size of the level: 18.5 x 18.5 x 33 mm.

Weight: 23 g.

Note: Please allow 1-3 mm error due to manual measurement.