. IP Portfolio for NPWT Exudate Management: 7 PCT Patents Applied
. Exudate Volume Monitoring
. Exudate Property Monitoring
. Improved NPWT Airtight Monitoring
. Low-Cost Canister Full Alarm Solution
. Intermittent / Continuous Therapy
. Pressure Monitoring & Protection
. Key Components Monitoring & Protection
. Auto Lock Out Function
. Dual Power Technology
. Smarter – More Information Recorded
. Easier – Less Operation Needed
. Clearer – User-Friendly Interface
. Quieter – Less Noise to Patients
Combining with portability and ease of use, Foryou NPWT Home device has been designed to maximize patient mobility, operating comfort and convenience. Through many enhancements and improvement, Foryou NPWT Home brings innovative NPWT solutions for both hospital and home care settings.
Foryou NPWT Home System has all the capabilities and functions of Foryou NPWT Pro, including the patented Foryou NPWT Exudate Management Technology, Key Component Monitoring Technology, and Improved Leakage Monitoring Technology, as well as its own features.
Being light in weight and small in size, it helps maximize patient mobility while still receiving therapy. With bed rail mount, it is also suitable for stationary use.
Simplified Interaction
In order to reduce misoperation, there is patient mode with Foryou NPWT Home device. When patient mode is activated, the therapy parameters cannot be modified.
Foryou NPWT Home could measure the pressure on the wound, and helps the pressure to be set precisely so as to help achieve the better therapy outcome.
Audible and visual alarms
Being classified by different condition, notification could be be easily recognized and there could be fast troubleshooting.
Therapy history data could be storaged and tracked, and downloaded to a USB flash drive.
It helps healthcare providers for further analysis.
• Foam is the most commonly used dressing in Negative Pressure Wound Therapy.
• Foryou NPWT Foam Dressing is appropriate for a wide range of wound types. The design of Foryou NPWT Dressing makes it much easier for healthcare givers to apply.
• Open pore structure (400 – 600 microns) helps provide uniform distribution of negative pressure at the wound site
• Hydrophobic construction helps exudate removal