All versions of Beamex bMobile

com.bmobile · 4 versions

Beamex bMobile has 4 versions listed, going back to v2.11.1.

All 4 versions checked are signed with the same certificate (28:8F:44:4D…, issued to “Beamex Oy Ab”), so they can update one another.

Versions, newest first

v2.11.4 (21140) LATEST
Uploaded Jul 7, 2026 85.3 MB Android 5.0+ TRUSTED
MD5 2c525f7f44c1f956b1cea6dc1bbc5939
Download Beamex bMobile v2.11.4
What's new (as uploaded)
- Fixed an issue where the app could get stuck while signing in when using LOGiCAL or Beamex sync. - Fixed a crash caused by changing the language of the application to Traditional Chinese.
v2.11.3 (21130)
Uploaded Jun 7, 2026 85.4 MB Android 5.0+ TRUSTED
MD5 4cc1052a9c5a6ee8241f263d9d5d5616
Download Beamex bMobile v2.11.3
What's new (as uploaded)
- Fixed an issue that caused a crash when a switch instrument used an uncertainty rule and either the rule or the instrument used a unit requiring conversion. - In CMX mode, weighing test types without any defined test points are now treated as disabled and cannot be executed.
v2.11.2 (21120)
Uploaded May 15, 2026 85.4 MB Android 5.0+ TRUSTED
MD5 55e9bf7dc8a0d4b76a112dd38f3bce1b
Download Beamex bMobile v2.11.2
What's new (as uploaded)
Fixed an issue where the uncertainty configuration was cleared when editing instrument details. Outcome: - Editing an instrument now correctly retains the uncertainty configuration. - Uncertainty configuration details are now displayed correctly in both the instrument editor and the read-only view.
v2.11.1 (21110)
Uploaded Feb 19, 2026 85.4 MB Android 5.0+ TRUSTED
MD5 807657505f9664ba3983ee2427a0ee89
Download Beamex bMobile v2.11.1
What's new (as uploaded)
1. The Position Name was used instead of Position ID to identify the instrument under calibration. Correction: - In case of normal position, instrument identifier is / - In case of free device, instrument identifier is / 2. Corrected an error calculation issue where specific switch and uncertainty configuration caused significance of a calibration point to be excessively high, causing an otherwise passed point to be failed.