Motryx’s vision is to deliver quality control and assurance in blood specimen transport. Our mission is to empower hospitals, labs, and their patients with confidence that blood specimen are transported via the pneumatic tube system (PTS) in a manner that ensures quality diagnostics and accurate testing. Our products measure, monitor, troubleshoot and report on quality indicators related to transport conditions of blood samples, and relevant to testing outcomes, to help laboratories fulfill requirements.

Motryx strives to present an independent and objective assessment of transport quality that supports equal dialogue between lab and PTS manufacturers for a shared understanding of transport considerations.

Tested Protocol

Follow an established, peer-reviewed method to validate your PTS
with 75%-time savings and 40% cost savings compared to conventional methods. Identify when your Pneumatic Tube Systems may impact patient samples.

Accreditation – Ready Reports

VitalQC provides reports to satisfy the revision of ISO 15189 and ISO 20658 standards as well as AABB guidelines that require transport system validation.

Hassle-free validation process to meet requirements. A time-efficient, cost-effective, and blood-free way to validate your PTS by identifying and monitoring clinical impact.

Lower Rejection Rates Due to Hemolysis

Ensure diagnostic accuracy with VitalQC for root cause analysis. VitalQC separates transport-related hemolysis from other pre-analytical variables. Monitor and routinely track the performance of your PTS and Lab Rejection Rates, providing a framework for detecting changes over specific time periods.

Troubleshoot the performance of poorly performing PTS lines by visualizing problem areas with high vibration.

Predict Transport-Related Hemolysis with VitalQC

Drawing on a database of over 2000 blood samples, VitalQC provides a
prediction for transport-related hemolysis and sample rejection for
the three most used pre-analytical indicators: LDH, AST and Potassium. Valuable insights are provided by translating vibration data into rejection probabilities and giving insight into Vital-Metric.