1 minute read

meTaBOnes arrIflex

Next Article
OBDlInk

OBDlInk

meTaBOnes arrIflex lens TO mICrO 4/3 aDapTer

Metabones create a premium lens adapter that allows you to use a wide range of lens on your camera. From the beginning Metabones wants to focus on quality construction, unlike some other popular manufacturers who often use an aluminium ring painted black on the camera-body-side, Metabones use precision-machined brass with chromium plating on both the camera-body and the lens sides which delivers both a smooth mounting system, a clean appearance, and a strong foundation for your lens. On the lens side there is a durable leaf-spring structure, which strengthens the adapter-lens connection and provides a tightness that reduces wear, prevents focusing issues and optical alignment errors. The Matte-Black treatment reduces internal reflections to a bare minimum for the best optical results, this adaptor also has a satin surface finish to match your OEM lens and camera mounts. The Arriflex Lens to Micro 4/3 Adapter allows lenses to be attached to a Micro Four Thirds format camera, it is worth noting that although the lens will fit physically, auto functions (AE metering for example) will not be transferred using this adapter. This is an adapter for lenses in the older Arriflex mount, NOT the Arri PL mount. When the lens is mounted the fit is precise with no gaps, movements or fiddly adjustments needed when fitting the lens. The adapter has been designed to reach infinity focus with the correct registration distance required for optical quality of CRC lenses or lenses with floating elements. This premium adapter will open up a whole new world of lens options for your Micro Four Thirds format camera, with a robust construction you can rely on for years to come.

Advertisement

$159

prOs DuraBle preCIsIOnmaChIneD Brass WITh ChrOmIum plaTIng saTIn fInIsh TIghT, preCIse COnneCTIOn smOOTh aTTaChmenT sTrOng leaf-sprIng sTruCTure

a sTrOng anD relIaBle aDapTer fOr mICrO fOur ThIrDs fOrmaT Camera.

This article is from: