SmallRig 1.33x Anamorphic Lens for Mobile Phone (T-mount) 4590

The SmallRig 4590 anamorphic adapter squeezes a phone's frame into a cinematic 2.4:1 — 33% wider than 16:9, with no cropping — and adds the signature blue flare. It screws onto any standard T-mount cage, case or lens clip.

1. The 1.33x anamorphic lens provides a means to capture a 2.4:1 widescreen aspect ratio, delivering a cinema-like visual experience with dreamy anamorphic glare effects.2. The lens features a standard T-mount, allowing easy installation and compatibility with T-mount cages, phone cases, and lens clips, suitable for most smartphones and tablets.

3. The lens and mount feature a modular design, with a precise 4-point magnetic alignment system for easy and accurate lens orientation adjustments, reinforced with screws for secure fixation.
4. High-definition optical design ensures a clear image even at the edges of the frame.

Precautions:
1. Not suitable for mobile phone ultra-wide-angle lenses.
2. Handle the lens carefully to prevent scratches that may affect image quality.
3. Only compatible with devices with T-mount.
4. Ensure the lens is installed completely level or vertical. You can verify this by observing the calibration marks on the lens surface or checking if the lens threads are straight.
5. For optimal performance, use recommended apps, such as Blackmagic Cam, Fotorgear, and Filmic Pro.
6. Keep away from strong acidic liquids.

The lens and mount feature a modular design with a precise 4-point magnetic alignment system, allowing convenient adjustments every 90° step for horizontal and vertical alignment. Quickly and accurately adjust the lens orientation based on the T-mount's direction and the orientation of the lens clip. With a fresh industrial design inspired by Panavision cinema lenses, incorporating vintage lens elements in a classic color scheme, this lens exudes a unique aesthetic. Crafted from durable aluminum alloy with an anodized finish, it is both robust and lightweight, making it perfect for on-the-go video creation or pairing with stabilizers to achieve cinematic video effects.