Sirui 24mm f/2.8 Anamorphic 1.33x Lens | Cinematic Visuals for E Mount

Sirui 24mm f/2.8 Anamorphic 1.33x Lens (E Mount)

Name: Sirui 24mm f/2.8 Anamorphic 1.33x Lens (E Mount)
Brand: Sirui
SKU: SR24E
Price: 991.04 USD
Availability: Discontinued

SKU: SR24E

This product is no longer available for sale.

$991.04

Tax excluded

SKU : #SR24E

Key Features :

Covers Micro Four Thirds/APS-C Sensors
Suitable for 4K Image Capture
2.4:1 De-Squeezed Format; 8-Blade Iris
Schott Optical Glass with Nano Coatings
Blue Streak Effects; Less Stray Light
Just under 2' Minimum Focus
Focus Scales in Feet & Meters
72mm Filter Thread

100% secure payments

Sirui 24mm F/2.8 Anamorphic Overview

This 24mm f/2.8 Anamorphic 1.33x Lens from Sirui, in a Sony E mount, brings a wide-angle feel to your anamorphic imagery, in addition to the extra width provided by the anamorphic process. Designed for MFT/APS-C cameras with a Sony E mount, the lens increases the horizontal FOV by 33% compared with traditional 24mm APS-C lenses. After de-squeezing, the captured image is displayed in a 2.4:1 format in a 16:9 setting. Lightweight and portable, the f/2.8 lens is designed with an aluminum housing and features optics with multilayer nano coatings.

In the Box

-----------------------------------------------------------

Sirui 24mm f/2.8 Anamorphic 1.33x Lens (E Mount)
Front Lens Cap
Rear Lens Cap
Limited 2-Year Warranty

Package Weight: 2.635 lb
Focal Length: 24mm
Lens Mount: Sony E
Lens Format Coverage: Super35/APS-C
Maximum Aperture: f/2.8
Minimum Aperture: T16
Minimum Focus Distance: From Unspecified Point in Lens: 23.6" / 0.6 m
Optical Design: 13 Elements in 10 Groups
Diaphragm Blades: 8
Filter Thread: 72 mm x 0.75
Focus Rotation: 189.6°
Horizontal Squeeze (Anamorphic): 1.33x
Image Stabilization: No
Focus Scales: Metric, Imperial
Maximum Magnification Ratio: 1:21.99
Box Dimensions (LxWxH): 8.2 x 4.6 x 4.3"

If your cart contains products with different delivery times, your order will be split, and items will be delivered separately based on their availability.