Wearable venipuncture practice arm designed to simulate realistic skin and veins for repeated training sessions. Key benefits Realistic tactile feedback: Skin and veins are made from latex to reproduce the feel of touching skin and the sensation of needle penetration. Wearable and secure: Velcro and elastic long straps allow the pad to be worn on thighs or arms for lifelike positioning and practical practice. Vascular realism: Visible vein texture and accurate dorsal and ventral venous anatomy help trainees locate and access veins as in real procedures. Reusable and durable: Latex veins are selfsealing after needle puncture, enabling multiple practice attempts without obvious pinholes. Quality construction: Rigid PVC arm core with latex skin and veins, engineered and tested to provide a skinlike texture and consistent performance under repeated use. Function and performance Provides realistic simulation of subcutaneous vessels and the tactile drop felt when a needle enters a vein. Designed for repeated needle insertion with veins that automatically reseal to extend usable life. Clear vascular landmarks support development of confidence and accuracy during training. Applications and use scenarios Nursing and phlebotomy training: Practice venipuncture on dorsal hand and ventral forearm surfaces in classroom or lab settings. Clinical skills and simulation labs: Use as part of skills stations to teach vein identification, needle angle control, and syringe handling. Certification and continuing education: Provide repeated, realistic practice for students and professionals refining venipuncture technique. Specifications Materials: PVC arm core; latex skin and latex veins. Wearable design: Velcro and elastic long straps for attachment to thighs or arms. Anatomy coverage: Dorsal and ventral venous surfaces with visible vascular texture. Reusability: Latex veins reseal automatically after needle sticks for extended practice life. This practice arm offers a practical, durable solution for repeated venipuncture exercises, combining wearable convenience with realistic touch and vein feedback for clinical skills training.