Camera Lens Raynox HD-2205PRO

The Raynox HD-2205PRO High-Definition Super Telephoto Conversion Lens is a 2.2x teleconverter constructed from high-index coated optical glass. Using a two-group/four-element lens formula, the design delivers high-definition performance with a center resolution power of 200 lines/mm (MTF 30%). The silver-finish lens has a 37 mm thread diameter and weighs approximately 105 g, offering a compact, lightweight option for extending focal length.

Advantages

The lens provides 2.2x magnification while maintaining high center sharpness due to its optimized two-group/four-element optical design. High-index coatings improve contrast and reduce reflections. Its lightweight (0.105 kg) and 37 mm filter/thread diameter make it easy to mount and carry, and the silver color offers a neutral, unobtrusive appearance on compatible cameras.

Suitable for

• Extending focal length for wildlife and sports photography
• Telephoto close-ups in travel and outdoor shooting
• Photographers needing a compact, lightweight teleconverter

Key specifications

• Model: Raynox HD-2205PRO
• Magnification: 2.2x
• Optical formula: Two-group / four-element
• Center resolution: 200 lines/mm (MTF 30%)
• Thread/filter diameter: 37 mm
• Weight: 0.105 kg
• Colour: Silver
• Brand: Raynox
• MPN: HD-2205PRO
• EAN: 4961787100245

How to use

Mount the Raynox HD-2205PRO onto the front thread of a compatible lens with a 37 mm filter/thread diameter and secure it by rotating until snug. Compose and focus as you normally would; the teleconverter increases effective focal length by 2.2 times. Check exposure and autofocus performance, as some cameras may require minor adjustments when using a teleconverter. Remove the lens by reversing the mounting procedure and store it in a protective case when not in use.

Recommendations

For best results, use the HD-2205PRO on lenses with good optical quality and adequate aperture to preserve image sharpness. Avoid using the converter beyond recommended focus ranges for your primary lens and protect optical surfaces from dust and moisture.