PHOTORECOVERY 2019 is a user-friendly software that retrieves various types of files such as photos, images, and sound from digital media. It includes features that ensure the safe formatting and wiping of storage cards.

One of the highlights of this software is its compatibility with various types of digital media such as Memory Stick, CompactFlash, SD cards, microSD cards, XD cards, MMC, USB flash drives and many more. It supports all major camera manufacturers like Nikon, Canon, RED, ARRI, Olympus, Sony, Kodak, Casio, Panasonic, Samsung, and more. So, no matter what device you are using to store your data, PHOTORECOVERY will be able to recover your lost files.
Another great feature of PHOTORECOVERY is its support for a wide range of file formats. It can recover MOV, AVI, ASF, M2TS, MOD, WMV, MP4, JPEG, TIFF, BMP, GIF, PNG, CRW, CR2, NEF, ORF, SRF, PEF, DNG, and all other types of RAW images currently in use. Audio file formats supported include WAV, MP3, AIFF, MIDI, M4A, M4P, WMA, and others. So, whether you lost your music files or important documents, you can trust PHOTORECOVERY to get them back for you.
Using PHOTORECOVERY is simple and straightforward. All you need to do is attach the media to your computer and run the software. You can use a card reader for best results. The files are automatically saved to a folder on your hard drive, making it easy for you to access and retrieve them. Additionally, the software comes with utilities that allow you to safely format and wipe media cards, giving you more control over your data.
In conclusion, PHOTORECOVERY 2019 is a great software for anyone who wants to recover their lost files from digital media devices. Its compatibility with various types of devices and support for a wide range of file formats make it a reliable and versatile tool. Moreover, its easy-to-use interface and automatic file saving feature make it a convenient option for anyone, regardless of their technical expertise.
Version 5.1.9.7: Added universal binary support and improved scanning, new recovery algorithms.