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

Laowa Nanomorph 20mm T2.2 1.5X MFT (Blue) – Compact anamorphic 1.5x squeeze for cinematic widescreen

The Laowa Nanomorph 20mm T2.2 1.5X is a compact anamorphic lens built for filmmakers who want a cinematic look without large, heavy anamorphic glass. With a 1.5x squeeze ratio it delivers a natural widescreen aesthetic, including oval bokeh and pronounced horizontal flares. At the same time, its portable design makes it well suited for handheld, gimbal, and run-and-gun setups.

Fast aperture and low-light capability

The lens features a fast T2.2 maximum aperture. Therefore, you can shoot in lower light and achieve a shallow depth of field for clearer subject separation. In addition, the optical design aims to keep focus breathing minimal, helping you maintain stable framing during focus pulls.

Cinematic mechanics for professional use

Laowa equipped the Nanomorph 20mm with cine-standard 0.8 MOD gears on both focus and aperture rings. Moreover, it offers a long 270° focus throw to enable precise manual focus control. These mechanical features ensure smooth and professional operation on set, particularly when using follow-focus systems.

Mounts and creative flare options

This lens is available in native Micro Four Thirds (MFT) and PL mounts. Additionally, it is offered in three distinct flare color options—blue, amber, and silver—so you can match the flare character to your creative preference. The product listing here is for the MFT mount in the blue flare variant.

Build and image characteristics

Despite its small footprint, the Nanomorph 20mm is built with an all-metal construction for durability. It is described as lightweight and compact, which supports mobility on set. Optically, the lens emphasizes oval bokeh and horizontal flares while aiming to minimize edge distortion, which helps preserve a natural anamorphic look on smaller format sensors.

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

Who this lens is for

Filmmakers and content creators who need an anamorphic aesthetic on a smaller format will find this lens useful. It suits scenarios where portability matters—such as handheld work, gimbal shots, and run-and-gun production—while still delivering classic anamorphic characteristics like oval bokeh and horizontal flares.

Technical specifications

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

Smart FAQ

Question: Is this lens compatible with Micro Four Thirds cameras?
Answer: Yes. The Nanomorph 20mm is designed for Micro Four Thirds when using the native MFT mount, and this listing references the MFT version.

Question: What visual traits can I expect from the blue flare version?
Answer: The blue flare variant produces the characteristic horizontal anamorphic flares and oval bokeh, with a blue-colored flare tone. You can choose amber or silver if you prefer a different flare color.

Question: Can I use this lens on gimbals and handheld rigs?
Answer: Yes. The lens is compact and lightweight with a portable build, making it suitable for handheld, gimbal, and run-and-gun setups while still offering cine-standard controls.

Question: Does the lens support professional follow-focus systems?
Answer: Yes. The lens features 0.8 MOD cine gears on focus and aperture and a 270° focus throw, which supports precise manual focus operation and integration with follow-focus units.

Question: How does the lens handle focus breathing and edge distortion?
Answer: The lens is specified to have minimal focus breathing and reduced edge distortion, which helps maintain consistent framing and a clean anamorphic image across the frame.