MedZense DMS: Medical 2D DataMatrix Scanner
The MedZense DMS (DataMatrix Scanner) has been specifically developed to easily read 2D DataMatrix codes on the often challenging surfaces of surgical instruments. This scanner reads scratched DataMatrix codes on curved and reflective surfaces like no other.
Designed for healthcare applications, the MedZense DMS can be connected to any quality assurance and identification and tracking software, supporting and streamlining the current workflows and processes.
Coming soon: MedZense IQM Platform
MedZense Instrument Quality Management (IQM) Platform allows you to measure, store and analyze test results of your MIS instruments, ensuring defective instruments are removed from service before they negatively impact surgical performances.
Regular and objective testing of your instrument inventory is necessary to minimize patient risk and limit the surgeon’s responsibility for defective instruments. Collecting and analyzing the test data with MedZense IQM creates insights in your hospital’s instrument quality, records the measurements performed for future references and prevents defective equipment reaching the OR.
Highlighted feature MedZense LG20-e
With this new feature of the MedZense LG20-e it is now possible to objectively test the light transmittance of your ENDOEYE video laparoscopes.
Zign Medical collaborates with hospitals, healthcare facilities and experienced distribution partners around the world. We are committed to supporting sterile processing departments with quality management solutions ultimately resulting in high quality healthcare for patients. Our MedZense IQM Platform allows sterile processing departments to collect testdata on instrument level and analyze the quality of MIS instruments and devices. CSSD managers can make informed decisions to ensure high quality instrumentation continuing to the OR. And that is how your CSSD makes sure that your patients are in good hands.
We strive to contribute to developing global standards to ensure the quality of medical instruments and devices used in minimally invasive surgery. By developing objective measuring and testing methods for MIS instruments, we aim to increase the global knowledge and understanding of the impact of adverse medical device events on patient safety. In close collaboration with our customers, we use our extensive knowledge of technical solutions to tackle the medical sector’s specific challenges to continuously work towards improved overall patient & surgical safety.