Collins Medical
Pulmonary Function Testing Systems for Accurate Respiratory Diagnostics
Collins Medical designs and manufactures pulmonary function testing (PFT) systems used in hospitals, respiratory laboratories, clinics and research environments. Our systems support spirometry, diffusion capacity (DLCO), lung volume measurement and respiratory diagnostics, helping clinicians assess lung function accurately, efficiently and consistently.
Collins Medical pulmonary function testing systems are designed to support accurate respiratory diagnostics, efficient clinical workflow and consistent day-to-day operation in hospitals, respiratory laboratories and clinical environments.
What is Pulmonary Function Testing?
Pulmonary Function Testing (PFT) is used to assess how well the lungs are functioning by measuring airflow, lung volumes and gas transfer. These tests help clinicians diagnose, monitor and manage respiratory conditions including COPD, asthma, restrictive lung disease and other pulmonary disorders.
Modern pulmonary function testing systems combine multiple respiratory tests within a single workflow, allowing clinicians to obtain detailed information about lung function quickly and accurately. Depending on the configuration, testing may include spirometry, diffusion capacity (DLCO), lung volume measurement and additional respiratory diagnostics.
Pulmonary Function Tests Supported
Spirometry
Spirometry measures airflow and lung capacity during breathing manoeuvres and is one of the most commonly performed pulmonary function tests. Typical measurements include FVC, SVC and MVV, helping clinicians assess obstructive and restrictive respiratory conditions.
Diffusion Capacity (DLCO)
Diffusion capacity testing (DLCO) measures how effectively gases transfer from the lungs into the bloodstream. This provides important information about gas exchange efficiency and can assist in the assessment of a range of respiratory conditions.
Lung Volumes
Lung volume measurement provides additional insight into total lung capacity, residual volume and restrictive lung disease. Combined with spirometry and diffusion testing, this creates a more complete picture of respiratory function.
Respiratory Diagnostics
Comprehensive pulmonary function testing supports the diagnosis, monitoring and management of respiratory conditions including COPD, asthma and other pulmonary diseases in both clinical and research environments.
Designed for Clinical and Research Environments
Collins Medical pulmonary function testing systems are designed for use across a wide range of healthcare and research settings, including hospitals, pulmonary clinics, respiratory laboratories and clinical research environments.
By combining accurate respiratory diagnostics with streamlined workflow and user-friendly operation, the systems support both high-volume clinical testing and specialist respiratory assessment.
Pulmonary Function Tests Supported
Collins Medical pulmonary function testing systems are designed for use across a wide range of healthcare and research settings, including hospitals, pulmonary clinics, respiratory laboratories and clinical research environments.
By combining accurate respiratory diagnostics with streamlined workflow and user-friendly operation, the systems support both high-volume clinical testing and specialist respiratory assessment.
What Matters in Pulmonary Function Testing?
Accuracy & Repeatability
Accurate and repeatable measurements are essential in pulmonary function testing. Collins Medical systems are designed to provide reliable respiratory diagnostics that support confident clinical decision-making.
Workflow Efficiency
Efficient workflow is critical in busy respiratory laboratories and clinical environments. Integrated software and streamlined testing procedures help reduce complexity while supporting consistent testing protocols.
User-Friendly Operation
User-friendly system design helps reduce operator variability and supports efficient testing across a range of clinical environments. Clear workflows and intuitive operation can help improve day-to-day usability for clinical teams.
Patient Comfort
Patient comfort remains an important consideration during pulmonary function testing, particularly during repeated or extended respiratory assessments. Collins Medical systems are designed to support efficient testing while maintaining a comfortable patient experience.
HL7 Integration & Connectivity
Modern respiratory diagnostics often require integration with hospital information systems and electronic medical records. Collins Medical systems support workflow integration and connectivity requirements within clinical environments.
Remote Servicing & Support
Remote servicing and technical support capabilities help minimise downtime and support long-term reliability, allowing respiratory laboratories and healthcare providers to maintain efficient operation.
Frequently Asked Questions
What is pulmonary function testing used for?
Pulmonary function testing is used to assess how well the lungs are functioning and can assist in diagnosing and monitoring respiratory conditions including COPD, asthma and restrictive lung disease.
What tests are included in a PFT system?
Depending on the system configuration, pulmonary function testing may include spirometry, diffusion capacity (DLCO), lung volume measurement and additional respiratory diagnostics.
What is the difference between spirometry and full PFT?
Spirometry measures airflow and breathing capacity, while full pulmonary function testing combines spirometry with additional tests such as lung volumes and diffusion capacity to provide a more complete assessment of respiratory function.
Are Collins Medical systems suitable for hospitals and clinics?
Collins Medical systems are designed for use in hospitals, respiratory laboratories, clinics and research environments requiring accurate and efficient pulmonary function testing.
Pulmonary Function Tests Supported
Collins Medical pulmonary function testing systems are designed for use across a wide range of healthcare and research settings, including hospitals, pulmonary clinics, respiratory laboratories and clinical research environments.
By combining accurate respiratory diagnostics with streamlined workflow and user-friendly operation, the systems support both high-volume clinical testing and specialist respiratory assessment.
