Stellar Repair for Outlook

Product Description

Stellar Repair for Outlook is smart and professional software that scans and recovers corrupt or inaccessible Outlook PST file. The software exhibits a simple and user-friendly interface in order to assist even a non-professional computer user.

The most attractive feature of Stellar Repair for Outlook is that it is able to recover email data from PST file even if it is password protected and saves in a new PST file with its original format intact. It performs a deep scan on the corrupt or inaccessible PST file and recovers all crucial data, such as Emails, Attached content, Contacts, Scheduled Tasks, Personalized Calendar and other data, even if deleted.

Outlook database corruption may occur due to virus infections, software or hardware errors, abrupt system shutdowns, power failures, storage devise corruptions and other system vulnerabilities. A user cannot avoid such corruptions, as there could be any reason for Outlook PST corruption. However, managing a fresh Outlook data backup can help in preventing data loss.

Stellar Repair for Outlook employs non-destructive algorithmic approach to scan Outlook folders to recover inaccessible data that no longer exists. The scanned result is displayed in a 3-Pane view of the mailbox folders. These mailbox folders contain respective emails and other associated content. You can preview the discovered files and filter the scanned result, in case of selective mailbox data recovery.

The software also provides a search option to find a specific file from the scanned result, based on some user-defined criteria. You can import the newly created PST file to MS Outlook for further use. The software generates a log file that contains overall systematic process detail along with the time elapsed in every single step. In addition, it ensures the complete recovery of email data. With wide support for MS Outlook 2019, 2016, 2013, 2010, 2007, 2003, 2002, and 2000, the tool is compatible with Windows 10, 8, 8.1, 7, Vista, Server 2003, XP, and 2000.