Turing access database recovery software

Turing Access Database Recovery Master is a data recovery software. This program supports NTFS and FAT file systems. Whether it is accidentally deleted or accidentally formatted, you can use Turing Access Database Recovery Master to recover it and use it. Your files can definitely be recovered. Turing Access Database Recovery Master is a Microsoft Access database recovery software that can help users recover database files with MDB extensions and help customers recover important data.

Software function

1. Library structure preview interface
2. Provide three scanning methods
3. Document quality report

Related instructions

The database file (with the extension MDB) generated by Microsoft ACCESS has a high probability of fragmentation due to frequent writing operations;
Currently, there is no program on the market that supports fragmentation of the ACCESS database;
The launch of "ACCESS Database Recovery Master" fills this gap. The program supports NTFS and FAT file systems; it supports mainstream versions such as ACCESS2000, 2003, 2007, and 2010;
Provides three scanning methods: accidental deletion, accidental formatting, and accidental partitioning, which can quickly locate MDB fragments;
It automatically analyzes the file structure and reorganizes it, and also provides a database preview function, allowing you to more easily grasp the recovery situation!
The unique algorithm built into the program can accurately locate and automatically reorganize MDB fragments;
Since the launch of the program, it has successfully handled cases of software database loss from major brands such as Guanjiapo and Meiping;
Covering various industries such as Internet cafes, auto parts, car washes, electricity bill management, websites, beauty salons, property management, etc., we help our customers successfully recover important data!

Change log

1. Added network automatic update function
2. Added network automatic registration function
3. Fixed: In-depth scan: error in changing the starting value
4. Fixed: Accidental deletion: error in changing the starting value when only scanning free space
5. Fixed: Accidental deletion: error in changing the starting value when scanning all spaces
6. Added the function of manual reorganization, you can arbitrarily specify the fragments to be reorganized
7. Fixed the problem that the progress bar value overflowed and caused the program to stop running when scanning a hard disk larger than 3T.
8. Added the functions of saving scan results and loading scan results.
9. The reorganization algorithm has been improved, and the "fuzzy matching" algorithm has been used to achieve better reorganization results when the header file fragments are too small.