Meike Cinema Full Frame 16mm T2.5 Prime Lens for Canon RF Mount - Perfect for Filmmaking, Vlogging & Low Light Photography

Unlock Cinematic Brilliance with the Meike 16mm T2.5 Full Frame Cinema Lens

Overview:

The Meike Cinema Full Frame Cinema Prime 16mm T2.5 Lens for Canon RF mount is a compelling choice for filmmakers seeking a wide-angle lens that delivers exceptional clarity and creative control at a competitive price. This lens features a fast T2.5 aperture, ideal for low-light conditions and achieving a shallow depth of field. Its 11-blade iris design enhances the cinematic look with beautifully smooth, circular bokeh. Built to cover full-frame sensors, it captures expansive scenes without compromising on quality, thanks to its APO-level control of chromatic aberrations and minimal focus breathing.

With its robust metal construction and nano-coating to reduce ghosting and flare, this lens is tailor-made for both aspiring and professional cinematographers looking for durability and high performance in their visual storytelling.

More Details:

• Cost-Effective Solution: Offers a budget-friendly alternative in the realm of full-frame cine lenses without sacrificing quality.
• Excellent Low-Light Performance: Features a bright T2.5 aperture, enabling shooting in various lighting conditions and providing flexibility with depth of field.
• Beautiful Bokeh: Equipped with an 11-blade aperture that produces a smooth, circular bokeh, enhancing the visual appeal of out-of-focus elements.
• Wide Field of View: Designed to cover full-frame sensors, it captures wide, expansive scenes, ideal for dramatic cinematography.
• Robust Construction: Constructed with a durable full-metal body, making it suitable for rigorous professional use.
• Advanced Optical Features: Includes nano-coating to minimize ghosting and flare, APO-level chromatic aberration control, and almost no distortion, ensuring exceptional image quality.
• Precision Focusing: Offers a 330° focus rotation with dual-scale focus markings, improving accuracy and usability in various shooting environments.