Magic Import Explained: How Rezibase Pulls Discrete Data Directly From Any Respiratory Device Without Typing a Single Value
Rezibase's Magic Import function eliminates manual data entry in respiratory labs by automatically extracting discrete data, including flow-volume loops, directly from device reports, regardless of the manufacturer. For any clinical physiology lab using pulmonary function test software, this means test results move from device to patient record without a scientist typing a single value. The result is faster reporting, fewer transcription errors, and a workflow that finally keeps pace with a busy lab.
TL;DR
Magic Import automatically pulls discrete data from any respiratory device report, eliminating double data entry.
The function is manufacturer-agnostic, so it works across all device brands a lab may use.
Extracted data includes flow-volume loops and other granular test parameters, not just summary values.
Removing manual transcription reduces clinical risk and frees scientists to focus on interpretation, not data entry.
Rezibase is cloud-based, so imported data is instantly accessible across the lab without local server management.
About the Author: This article is written by the Rezibase team, built by respiratory scientists with over 37 years of combined experience designing and delivering respiratory and sleep reporting solutions for public hospitals, private clinics, and NHS sites.
Why Is Manual Data Entry Still a Problem in Respiratory Labs?
Manual data entry is not a minor inconvenience in a clinical setting. It is a documented source of clinical risk. In a busy respiratory lab, a scientist might perform spirometry, diffusion capacity, and body plethysmography tests across dozens of patients in a single session. Each device produces its own report, and without automation, someone has to transcribe those values into a reporting system by hand.
The problems this creates are compounding:
Transcription errors introduce incorrect values into patient records.
Double handling slows down report turnaround times.
Inconsistent formatting between devices means no two imports look alike.
Vendor-specific software locks labs into proprietary ecosystems that don't communicate with each other.
The respiratory lab has historically been one of the most data-heavy environments in clinical physiology, yet for years, the standard solution was a scientist manually re-entering numbers from a printed or PDF device report into a separate reporting system. Magic Import was designed specifically to close that gap.
What Exactly Does Magic Import Do?
Magic Import is Rezibase's automated data extraction function that reads device-generated reports and pulls discrete, structured data points directly into the Rezibase platform [biotech.einnews.com]. The key word here is "discrete." This is not a PDF upload that stores an image of results. The function extracts the individual values themselves, including flow-volume loops, so that data becomes live, reportable, and usable within the system [biotech.einnews.com].
What this means in practice:
A device produces its standard output report.
Magic Import reads that report and identifies each data point.
Those values populate the relevant fields in the patient's record automatically.
Scientists review rather than re-enter, and reporting can begin immediately.
The inclusion of flow-volume loops is particularly significant. These graphical representations of respiratory mechanics are a core diagnostic tool in pulmonary function testing, and extracting them automatically, not just numerical values, reflects the depth of what Magic Import captures [biotech.einnews.com].
Which Devices Does Magic Import Work With?
Magic Import is designed to be manufacturer-agnostic. This is a deliberate design principle at Rezibase, not an afterthought. Because Rezibase is not affiliated with any device manufacturer, it has no commercial incentive to favour one brand over another. The platform is built to work with any machine type a lab may use.
This matters for several practical reasons:
Multi-device labs are common. Hospitals often use equipment from more than one manufacturer across different test types.
Equipment upgrades happen over time. A lab should not be locked into a reporting system because it changed its spirometry device.
Inherited infrastructure is a reality. New lab managers often inherit a mix of devices purchased under different procurement decisions.
Vendor lock-in has been one of the most persistent frustrations in clinical physiology software. Magic Import's agnostic design means the reporting system adapts to the lab, not the other way around.
How Does Magic Import Reduce Clinical Risk?
Eliminating manual transcription is not just an efficiency gain. In clinical environments, it is a risk reduction measure. When a scientist types values from a device into a reporting system, every keystroke is an opportunity for error. A transposed digit in a FEV1 value, for example, could misrepresent the severity of airflow obstruction in a patient report.
Magic Import addresses this in two ways:
Removing the human transcription step means the value that the device measured is the value that appears in the report, without an intermediary step where errors can be introduced.
Automating the process consistently means the extraction happens the same way every time, regardless of who is operating the system or how busy the lab is.
For labs working toward accreditation under TSANZ/NATA Standards or ISO 15189 requirements, reducing manual handling is directly relevant to quality management obligations. Fewer manual steps mean fewer non-conformances to manage.
How Does Magic Import Fit Into the Broader Rezibase Platform?
Magic Import is one module within a broader, integrated pulmonary function test software ecosystem. Understanding where it sits helps clarify its value.
Module | Function |
|---|---|
Magic Import | Automated extraction of discrete data from device reports |
Reporting | Doctor review, AI-assisted report writing, ATS-aligned output |
Normal Values Library | Pre-configured, regularly updated reference ranges |
Accreditation | Documents, training, audits, QC using Westgard methods |
Admin | Referrals, bookings, waitlist, billing, eforms, rostering |
Integrations | PAS, EMR, DICOM, hospital finance and ordering systems |
The point is that imported data does not sit in isolation. Once Magic Import populates the fields, that data flows into the reporting workflow, where a doctor can review it, dictation can be added, and a final report can be generated in alignment with ATS guidelines. The entire chain, from device measurement to signed report, is connected within a single cloud-based platform.
Frequently Asked Questions
Does Magic Import require any special configuration for each device?
Rezibase configures the extraction logic for the device types used in a lab as part of the onboarding process. Scientists do not need to build or manage these configurations themselves.
What file formats does Magic Import support?
The function is designed to handle the standard output formats produced by respiratory devices. Specific format support is confirmed during the setup and integration phase.
Can Magic Import handle data from legacy devices?
The manufacturer-agnostic design means the system is built to handle a wide range of devices, including older equipment. Compatibility is assessed during onboarding.
Does Magic Import replace the device's own software?
No. Devices continue to operate using their own software. Magic Import extracts from the device's output report. It adds to the workflow rather than replacing what the device already does.
Is Magic Import available in the cloud version of Rezibase?
Yes. Rezibase is a cloud-based SaaS platform, and Magic Import is a core module available to all users. No local installation is required.
What happens if a new device is added to the lab?
New device support can be added to Magic Import. Labs that grow or change their equipment are not locked into a fixed device list.
How long does it take to get Magic Import set up for a new lab?
Setup timelines depend on the number and type of devices in the lab. Rezibase works through this as part of the implementation process, and the transition is designed to be straightforward for the lab team.
About Rezibase
Rezibase is Australia's most advanced respiratory and sleep reporting solution, built by respiratory scientists Peter Rochford and the late Jeff Pretto, and now backed by healthcare technology company Cardiobase. With over 37 years of experience and a cloud-based platform trusted by more than 35 sites, including NHS and NSW Health, Rezibase delivers a genuinely complete solution for respiratory and sleep labs. From Magic Import and AI-assisted reporting to accreditation management and full hospital system integrations, Rezibase is designed to reduce clinical risk, eliminate vendor lock-in, and make life measurably easier for respiratory scientists.
If Magic Import sounds like what your lab has been missing, visit rezibase.com to learn more or book a conversation with the team. A 30-day free trial is available with no lock-in contract.