Intravenous Injection Arm Model

Pediatric-sized intravenous therapy training model for teaching needle insertion and infusion procedures on neonatal patients. Provides anatomically accurate representation for skill development.

An arm mannequin specifically designed for phlebotomy training. Crafted from modified silicone and advanced materials, it provides lifelike anatomical accuracy and tactile feedback that closely replicates real clinical scenarios. The model was meticulously researched and developed at Mahidol University to deliver realistic skin-like texture for enhanced training effectiveness.

Anatomically accurate simulation model designed for phlebotomy practice featuring realistic vein placement and advanced tactile feedback technology. Constructed from modified silicone with lifelike texture, the model accommodates up to 400 needle insertions and includes basilic, cephalic, and median cubital veins for comprehensive training.

Specialized training device for subcutaneous injection practice. Provides realistic tissue resistance and feedback for technique development.

A transparent facial model displaying vessels and nerves for injection training education. Enables visualization of anatomical structures during needle placement practice.

Peripheral intravenous catheter with integrated injection valve for safe vascular access and medication administration. Features a valve mechanism that prevents blood reflux and allows intermittent infusion without needle reinsertion. Designed for short-term IV therapy in clinical and hospital settings.

A nursing injection training model that prompts correct or incorrect injection sites through sound and light feedback, guiding students to standardize injection operations and improve procedural accuracy.

High-fidelity medical simulation model based on clinical CT imaging data designed for vascular intervention training. The model features realistic anatomical structures and operational feel, created using 3D printing and advanced manufacturing techniques. Derived from patient-specific scans or design data, it enables trainees to master correct clinical diagnostic thinking and intervention techniques.

Specialized arm model with realistic veins and tissue for teaching phlebotomy and blood collection techniques. Provides tactile feedback and multiple puncture sites for competency development.

A high-fidelity medical simulation model based on clinical imaging data for vascular intervention training. Customizable according to customer requirements and available for systemic, neurovasuclar, cardiovascular, and peripheral vascular intervention simulation.

Training model demonstrating acupuncture point locations and needle insertion techniques. Used for medical education and practitioner training.

Pen-like safety IV catheter designed for peripheral venous access with integrated needle safety mechanism to reduce needlestick injury risk. Features ergonomic design for improved handling and control during insertion procedures. Suitable for acute care, emergency, and general medical settings.