Projection Vein Finder：V900P

Product catalog summary

Clinical Study Results
The Projection Vein Finder significantly reduces the first-attempt venipuncture failure rate by 77.5% and the infiltration rate by 61.4%, according to a study published in the Journal of Nursing Administration in September 2015.

Clinical Recommendations
1. Clinicians should be proficient in using vascular visualization technology for VAD insertion, understanding vessel characteristics and potential complications.
2. This technology is recommended for patients with difficult venous access or after failed venipuncture attempts.
3. It helps increase success in peripheral cannulation and reduces the need for CVAD insertion.

Product Features and Specifications
The device offers suggestions for needle entry angles and uses a red cross for vein alignment. It indicates vein depth with green blocks:

1 block: Depth 0-2mm, Angle 15°-25°
2 blocks: Depth 2-4mm, Angle 25°-30°
3 blocks: Depth 4-6mm, Angle ≥30°

Designed for patients with thin veins, it reduces image noise and improves clarity. The device features a 2-inch screen, NIR light source at 850nm, and various modes for enhanced usability.

Technical Specifications

Light Source: NIR, 850 nm
Projection Size Options: 3
Brightness Levels: 5
Display Colors: 14-color display
Image Resolution: 854 × 480 pixels
Detection Depth: ≤ 10 mm
Optimal Imaging Distance: 210 ± 30 mm
Net Weight: 350 g
Dimensions: 228 × 63 × 62 mm
Rechargeable Battery: Yes, with ≤ 4.5 h standby time and ≤ 3.5 h charging time
Waterproof Rating: IPX2

Benefits
The device improves patient satisfaction, increases venipuncture success rates, saves time, and is cost-effective. It is suitable for venipuncture, cosmetic, and vascular procedures.

Catalog excerpts

Clvivolight Clinical Recommendation Projection Vein Finder reduces the first-attempt venipuncture failure rate by 77.5%, and the infiltration rate by 61.4%. --Clinical data from a comparative study of 360 cases.The results of this study were published in the Journal of NursingAdministration, September 2015. Blood Vessel Assessment Venipuncture Optimization Blood Vessel Protection The Standard of Care ■ 22.1 To ensure patient safety, the clinician should be competent in the use of vascular visualization technology for vascular access device (VAD) insertion. This knowledge includes, but is not limited to, appropriate vessels, size, depth, location, and potential complications. infusion Nursiny ■ 22.2 Vascular visualization technology is used in patients with difficult venous access and/or after failed venipuncture attempts. ■ 22.3 Vascular visualization technology is employed to increase the success with peripheral cannulation and decrease the need for central vascular access device (CVAD) insertion, when other factors do not require a CVAD. V900P Shenzhen Vivolight Medical Device & Technology Co., Ltd. Add: Room 511-A, 5th Floor, Block B, Building R2, High-tech Industrial Park, No. 020, South Seventh Road, Gaoxin Community, Yuehai Street, Nanshan District, Shenzhen, 518063 Guangdong, PR. China Web: www.vivolight.com Tel: +86(0)755 8696 1139 Email: [email protected] Please refer to the user instructions for contraindications and precautions Registration certificate:DE/CA05/MP-23832!-2318-00 Safety / Precision / Intelligence

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Clinical Applications Unique Smart Depth Detection Provides suggestions for the needle entry angle Red cross aligned with the vein for depth detection Indication of vein depth by 1/2/3 green blocks Indications Benefits "Clear" Fine Mode Designed for patients with thin veins Reduces image noise to display the veins more clearly Technical Specifications Convenient User Interface On-screen display 2- inch screen Buttons Up/Down switching Mode Button Mode switching Power Button Projection Window Turn on/off

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