Laowa Nanomorph 20mm T2.2 1.5X MFT (Amber) - PL

Laowa Nanomorph 20mm T2.2 1.5X MFT (Amber) - PL — Compact anamorphic 1.5x for cinematic widescreen

The Laowa Nanomorph 20mm T2.2 1.5X is a compact anamorphic lens built for filmmakers who want a true cinematic look without heavy, bulky glass. With a 1.5x squeeze ratio it produces a natural widescreen aesthetic, featuring oval bokeh and distinctive horizontal flares. Moreover, the lens keeps a portable form factor that suits handheld, gimbal, and run-and-gun workflows.

Designed for creative anamorphic images

First, the 1.5x anamorphic squeeze gives you cinematic image compression that expands horizontally when de-squeezed. Consequently, you get the wide, cinematic framing associated with anamorphic lenses while keeping camera rigs smaller and easier to handle. In addition, the lens renders oval bokeh and striking horizontal flares which help craft a recognizable anamorphic look.

Fast aperture and low-light capability

The Nanomorph offers a fast T2.2 maximum aperture. Therefore, it performs well in low-light situations and provides shallow depth of field for clear subject separation. As a result, you can retain a cinematic feel even on smaller formats and in more challenging lighting conditions.

Mounts and flare color options

The lens is available in both PL and native Micro Four Thirds (MFT) mounts, giving you mount flexibility depending on your camera system. Also, Laowa provides three flare color options — blue, amber, and silver — so you can choose the flare tone that best matches your visual style.

Cine-ready ergonomics

Despite its compact size, the Nanomorph is equipped with cine-standard 0.8 MOD gears for both focus and aperture rings. The lens features a long 270° focus throw which enables precise and repeatable focus pulls. In practice, these mechanical choices deliver smooth, professional operation on set.

Optical behavior and construction

The lens minimizes focus breathing and edge distortion, which helps maintain composition and image continuity during focus changes. Finally, it uses a durable all-metal construction that combines robustness with a lightweight feel for easier handling during handheld shoots or when mounted on stabilizers.

Key Features

• 20mm focal length for Micro Four Thirds cameras
• 1.5x anamorphic squeeze ratio for cinematic image compression
• Available in PL and native MFT mounts
• Choice of flare color: blue, amber, or silver
• Fast T2.2 maximum aperture
• 0.8 MOD cine gears for focus and aperture rings
• Minimal focus breathing and edge distortion
• Durable and lightweight all-metal construction

What’s in the box

• Laowa Nanomorph 20mm T2.2 1.5X Lens (PL or MFT, selected flare color)
• Front and rear lens caps
• Protective hard case
• Shims and adjustment tools
• User manual

Technical specifications

FAQ

Question: Will this lens work on Micro Four Thirds cameras?
Answer: Yes. The Nanomorph 20mm is specifically offered for Micro Four Thirds in its MFT version, and it is also available in a PL mount option depending on your selection.

Question: What creative looks can I achieve with the Amber flare option?
Answer: The Amber flare option gives you warm-toned horizontal flares and helps produce a distinctive anamorphic character. It is one of three color choices (blue, amber, silver) so you can select the tone that best suits your project.

Question: Is this lens suitable for handheld or gimbal use?
Answer: Yes. The lens is compact and lightweight, which makes it suitable for handheld shooting, gimbal setups, and run-and-gun productions while still delivering cine-style anamorphic imagery.

Question: How does the lens handle focus control for professional pulls?
Answer: The lens features cine-standard 0.8 MOD gears and a long 270° focus throw, enabling precise and repeatable focus pulls with smooth operation on set.

Question: Does the lens exhibit strong focus breathing or distortion during pulls?
Answer: The Nanomorph is described as having minimal focus breathing and minimal edge distortion, which helps preserve composition and visual continuity during focus adjustments.