FreeStyle Precision Pro

FreeStyle Precision Pro

The first and only* blood glucose monitoring system designed for the hospital with Triple Protection

Safeguard the integrity of your hospital’s blood glucose and ketone point-of-care testing process with the FreeStyle Precision Pro system

Real-time¹ dual-band wireless communication to keep patient records up to date

Immediate patient test results, when and where you need them.

• Rapid access to test results anywhere² in the hospital
• Streamlined workflow – no docking required
• Dual-band wireless for more connectivity options³

2D barcode technology for better patient tracking

Helps improve safety, efficiency and ID tracking.

• Reads 1D and 2D barcodes enabling transition to new technology
• Camera based reader eliminates risk of laser eye contact
• 2D barcodes are easily scanned on curved patient wristbands⁴
• Store more information in less space with 2D barcodes⁵

Designed for improved accuracy and haematocrit performance

Helps enhance bedside accuracy for better patient care.

• Meets current ISO 15197 and CLSI POCT12 accuracy standards⁷
• Haematocrit compensation from 15% to 65% enhances accuracy – covers >99% of the hospital patient population⁸
• In clinical studies, >99% of results with FreeStyle Precision Pro glucose test strips were within ±0.83 mmol/L or ±15% of laboratory reference⁷

 

• Protects against exposure to air, moisture, and other contaminants to help ensure accurate results^9,10
• Protects against cross contamination to help minimise the risk of exposure to pathogens
  - In a recent study, 25.7% of test strips in open vials tested positive for bacteria, posing a risk of bacterial transmission between patients⁵

Anti-microbial materials for enhanced safety

Minimise the risk of microbial colonisation.

• The only leading blood glucose meter designed with anti-microbial materials⁶
• Reduced surface colonisation by common Gram-negative pathogens by 99.99% in independent testing¹¹

State-of-the-art safety

• Anti-microbial materials are designed to reduce bacterial colonisation¹
• Individually foil-wrapped test strips minimise the risk of exposure to pathogens
• On-meter display shows patient and operator ID confirmation

State-of-the-art communication

• Dual-band wireless for more connectivity options³
• Automatic upload of patient results to electronic medical records¹²
• Real-time data sharing¹¹

State-of-the-art performance

• Meets current ISO 15197 and CLSI POCT12 accuracy guidelines⁷
• 5-second blood glucose test time for fast bedside results
• Automatic calibration and expiry date check via the strip barcode scan

Individually foil-wrapped test strips

• Sterile – protected from the air, humidity and other contaminants to ensure accurate results^13,14
• Ideal for use in isolation wards to minimise the risk of cross contamination
• Designed with convenient automatic calibration to guarantee reliable results
• Quick and easy to open due to notched foil wrapper
• Individually barcoded to enable ‘Automatic Lockout’, which prevents inaccuracies that can occur due to the use of expired test strips¹⁵

* Based on leading brands–Abbott Diabetes Care, Roche Diagnostics, and Nova Biomedical
1. Speed dependent upon individual hospital’s wireless network.
2. At WiFi enabled locations.
3. More connectivity options compared to single-band systems.
4. Sharman P, Bedside barcoding for the blood bank, Medical Laboratory Observer, January 2007;39:18-9.
5. Hattie M, Barcoding: Labs go 2D, Medical Laboratory Observer, September 2009. Available at: http://www.mlo-online.com/
articles/200909/bar-coding-labs-go-2d.php [Accessed January 2014]
6. Based on leading brands–Abbott Diabetes Care, Roche Diagnostics, and Nova Biomedical.
7. Brazg R, et. al., Clinical evaluation of the FreeStyle Precision Pro system, Clinica Chimica Acta 2013; 421: 243-250.
8. Lyon ME and Lyon AW, Patient acuity exacerbates discrepancy between whole blood and plasma methods through error in molality
to molarity conversion: “Mind the gap!”, Clinical Biochemistry 2011; 44: 412-417.
9. Silverman BC et al. Diabetes Care 2000; 23: 429-430.
10. Bamberg R et al. Clin Lab Sci 2005; 18: 203-209. 5. Vanhaeren S et al. Bacterial contamination of glucose test strips: Not to be neglected (Letter to the editor). Am J Infect Control 2011; 39:611-613.
11. Evaluation of antibacterial finishes performed by independent laboratory, December 12, 2012.
12. Requires integration with hospital’s electronic medical records (EMR) system.
13. Silverman BC et al. Operational errors cause inaccurate glucose results. Diabetes Care 2000; 23:429–430
14. Bamberg R et al. Effects of adverse storage conditions on performance of glucometer test strips. Clin Lab Sci 2005; 18:203–209.
15. US Food and Drug Administration. Useful Tips to Increase Accuracy and Reduce Errors in Test Results from Glucose Meters. Available at: http://www.fda.gov/MedicalDevices/Safety/AlertsandNotices/TipsandArticlesonDeviceSafety/ucm109519.htm (accessed April 2014).