Macro Focusing Rail NM-180

Focusing Rail for Macro Photography

Following the unprecedented popularity of the NiSi Macro Close-Up Lens for 67, 72 and 77mm lenses, we have once again listened to our customers and produced the NiSi NM-180 Macro Focusing Rail.

The biggest challenge facing macro photographers is holding the camera perfectly steady in 3D space. Moving even a millimetre can throw the shot, so it’s easy to lose critical focus even with a tripod. This is where the focusing rail is essential. It gives you precise control over the distance between lens and subject. The NiSi Macro Focusing Rail has an adjustment range of 125 to 145mm subject to plate configuration (1.25mm travel per revolution.) and can be used on a flat surface or remove the studs to secure it to a tripod.  For dual-axis control, you can stack two systems at 90º to each other.

Features

The NiSi Macro Focusing Rail is compatible with the Arca-Swiss dovetail mount and is equipped with an integrated Arca-Swiss type quick release foot-plate and clamp. The long plate for telephoto mounts is ergonomically designed for easy locking and release, and the bottom of the rail includes 3/8” and ¼” mounts for all compatible tripod heads, along with four (removable) studs allowing use directly on a tabletop. The 180mm rail has an adjustment range of 125 to 145mm subject to plate configuration (1.25mm travel per revolution) via the collapsible main thumb-screw or end-screw and a 360º rotating head. Both sides of the rail have engraved index marks to further aid precise positioning.

Construction

The NiSi Focusing Rail is constructed of CNC machined aluminium and has a hard-anodised corrosion-resistant finish.

The NiSi Macro Photography Focusing Rail

4 Way Macro Focusing Rail?

For the most demanding photographers who require accurate dual axis movement, we recommend the purchase of 2x (two) NiSi NM-180 rails. This perfect combination of two slides delivers total freedom of movement, with top of the range features, high quality and an amazing price thanks to the NiSi model.