Code Blue - CPR & ACLS Timer

Michael M Horta built it around one main need: keeping CPR, epinephrine, and code events organized during high-pressure clinical work. The app suits EMTs, nurses, physicians, and critical care teams who need a focused Code Blue CPR Timer instead of a simple stopwatch. Its main tools are easy to understand at a glance, as shown in the key points below.

Tracks CPR cycles and epinephrine intervals with separate timer areas. Uses high-contrast CPR alerts for quick checks during active care. Logs rhythms, pulse checks, medications, procedures, and comments with timestamps. Exports PDF records and stores previous code histories locally. Supports custom lists and AHA/ERC-based flowcharts for clinical workflows.

Dual Timers for CPR and Epinephrine

The main value of Code Blue - CPR & ACLS Timer is its dual chronometer setup. It gives CPR cycles and epinephrine timing their own visible areas, which helps teams follow two time-sensitive tracks during cardiac arrest or ALS care. This matters when several people are managing compressions, airway tasks, medications, and rhythm checks at the same time.

In real use, the screen keeps the most important timing information close together. A clinician can glance at the CPR timer before a pulse check, while another team member watches the epinephrine interval. The app does not replace clinical judgment or team communication, but it reduces the chance that timing becomes scattered across memory, paper notes, or a basic phone timer.

CPR Alerts and Metronome Feedback

Code Blue - CPR & ACLS Timer uses high-contrast CPR alerts so users can recognize cycle changes quickly. The visual design is useful in busy environments where attention moves between the patient, monitor, medication tray, and team leader. Clear alerts also make the app easier to read from a short distance when the device is placed near the care area.

The optional metronome gives audio feedback for compression rhythm when sound is suitable. This can help keep compressions steady during training scenarios or controlled clinical settings. In a loud room, the metronome may not be enough on its own, and some teams may prefer visual timing only. The latest version also includes metronome sound optimizations, which should make the audio guidance feel more practical during use.

Real-Time Event Logging

Code Blue - CPR & ACLS Timer works as a resuscitation app for documenting what happens during a code. Users can record rhythms, pulse checks, medications, procedures, and comments with timestamps. This is especially useful when a team needs a clear timeline after a fast-moving event.

The logging flow stays focused on common code actions rather than general note-taking. For example, a rhythm change, medication dose, airway procedure, or pulse check can be added as the event unfolds. The recent update adds free-text events and event-specific comments, which gives users more room to capture details that do not fit a preset choice. That added flexibility is helpful, but teams should still prepare custom lists before emergency use so the app matches local routines.

Review, PDF Export, and Local History

After a resuscitation event, Code Blue - CPR & ACLS Timer helps users review what happened in a more organized way. The timeline can be checked for key events, and previous code records can be accessed through local history. This supports handoff notes, internal review, and quality conversations after the event.

PDF export is one of the strongest documentation tools. It turns the code timeline into a shareable record that can be reviewed after care is complete, depending on local policy. The app also includes compression fraction and post-event analysis, which can support CPR quality review. Since records are stored locally and no data collection is listed in the provided information, it fits teams that prefer offline access, though users should still follow workplace privacy rules.

Customization for Clinical Workflows

Code Blue - CPR & ACLS Timer is built for trained healthcare users who may need different medication, procedure, and rhythm options depending on the setting. The settings allow saved medications, procedures, rhythms, and integrated guideline flowcharts based on AHA/ERC references. This makes the app more adaptable for hospital, ICU, EMS, and critical care environments.

The customization also means the app benefits from setup before it is needed. A team using it for the first time during an emergency may not get the best experience if common medications or workflow preferences have not been prepared. It is a paid medical tool, so casual users or students looking only for basic CPR learning may find it more advanced than necessary. For professional use, however, the ALS Timer and documentation features give it a clear purpose.

Code Blue - CPR & ACLS Timer Pros & Cons

These points reflect how Code Blue - CPR & ACLS Timer fits real code blue workflows, including timing, documentation, review, and preparation needs.

Pros Designed for real clinical resuscitation workflows. Separate CPR and epinephrine timers improve focus. Strong timestamped documentation with PDF export. Works offline with local-first record storage. Custom lists support different care environments.Cons Paid app may not suit casual users. Not meant for general CPR learners alone. Best results require setup before emergency use.

Download Code Blue - CPR & ACLS Timer APK

Users can download Code Blue - CPR & ACLS Timer latest version from APKPure and install the Code Blue - CPR & ACLS Timer APK on a compatible Android device. The APKPure download page shows the current package details before installation, which is useful because app size and version information may change with updates.

Before using the app in a real care setting, it is worth opening the settings and checking saved medications, procedures, rhythms, and flowcharts. This preparation helps the CPR & ACLS Timer match local practice and makes event logging faster when time matters. For the safest experience, keep the device charged, test alerts in advance, and use the app only as a support tool alongside trained clinical judgment.