Welch Allyn Vision Express Holter Analysis System

Yes, the Vision Express Holter Analysis System is designed to streamline the evaluation of Holter monitoring data for both adult and pediatric patients. Its versatile application ensures it meets diverse clinical needs for physicians and cardiologists.

Yes, the Welch Allyn Vision Express Holter Analysis System utilizes the proprietary VERITAS signal processing algorithm.

This advanced algorithm is a core component that ensures rapid and highly accurate cardiac analysis:

• High Accuracy: VERITAS provides superior signal processing, leading to improved identification of significant clinical events in both adult and pediatric recordings.
• Rapid Workflow: This efficiency contributes to the system’s exceptional speed, allowing for the download and analysis of a complete 24-hour recording in approximately 60 seconds.

Yes, the Welch Allyn Vision Express Holter Analysis System is designed for exceptional efficiency. It is capable of downloading and analyzing a complete 24-hour recording in approximately 60 seconds, significantly streamlining the clinical review process.

Yes, pacemaker detection is included as a specialized function within the H3+ Digital Recorder, which interfaces with the Vision Express Holter Analysis System.

This feature is essential for accurately monitoring and analyzing recordings for patients with implanted cardiac pacing devices.

The H3+ Digital Recorder also provides several other beneficial features for efficient clinical use:

• ECG Display During Hookup: Enables immediate confirmation of proper lead placement.
• Simultaneous 3-Channel Acquisition: Records comprehensive data across standard leads (Modified I, II, III, aVR, aVL, aVF, and V).
• 48-Hour Storage: Internal, non-volatile memory can store up to 48 hours of recording time.

The Vision Express Holter Analysis System (Vision 5) is designed for use with specific Microsoft Windows environments. The software is compatible with:

• Windows 7 (32-bit and 64-bit editions)
• Windows 8 (64-bit edition)

The H3+ Digital Recorder captures comprehensive ECG data through 3 simultaneous input channels.

The standard leads acquired by the system include:

• Modified I
• Modified II
• Modified III
• aVR
• aVL
• aVF
• V

This robust acquisition supports the highly accurate analysis provided by the Vision Express Holter Analysis System, ensuring detailed data for both adult and pediatric patients. Additionally, the H3+ Recorder includes essential clinical features like pacemaker detection and an ECG display for verifying hookup quality.

The H3+ Digital Recorder, which integrates with the Vision Express system, requires one AAA alkaline battery for operation. This allows the lightweight recorder (1 oz/28 grams without the battery) to capture up to 48 hours of data.

Yes, the Welch Allyn Vision Express Holter Analysis System is available in flexible, scalable configurations designed to meet various departmental throughput needs. The core component is the Vision Express Holter Software (Vision 5), which can be purchased in the following packages, bundled with the necessary H3+ Digital Recorders:

• Software Only: Ideal for clinics that already possess the H3+ recorders.
• Software with 1 H3+ Digital Recorder
• Software with 2 H3+ Digital Recorders
• Software with 5 H3+ Digital Recorders

The H3+ Digital Recorder is designed to be highly compact and lightweight, promoting patient comfort for extended wear. Its physical specifications are:

• Weight: Only 1 oz (28 grams) without the required AAA alkaline battery.
• Dimensions: Very small, measuring 2.5 in x 1 in x 0.75 in (64 mm x 25 mm x 19 mm).

Despite its miniature size, the recorder is capable of simultaneous 3-channel acquisition and can store up to 48 hours of data in its internal, non-volatile memory.

The H3+ Digital Recorder, which is compatible with the Vision Express Holter Analysis System, provides a maximum recording duration of up to 48 hours of continuous patient ECG data. This data is reliably stored using the device’s internal, non-volatile memory.