Skin Puncture Biopsy Model,Miniature Tumor Testing Model
Mode：HMQ-TBM(S)
Type:QA-Phantom
Contact： ken@hkmedqc.com
Mini Ultrasound Tumor Biopsy Training Phantom
This compact ultrasound biopsy practice model is designed for medical education and clinical skill training, offering a realistic platform to master ultrasound-guided puncture and tumor biopsy techniques. Crafted from premium polymer materials, the phantom mimics human tissue elasticity and ultrasound visibility, with two 10mm simulated tumor lesions embedded at varying depths for comprehensive practice. The durable, reusable design withstands repeated needle insertions, making it a cost-effective tool for medical students, radiology residents, and healthcare professionals to improve biopsy accuracy in a controlled environment.
This compact ultrasound biopsy practice model is designed for medical education and clinical skill training, offering a realistic platform to master ultrasound-guided puncture and tumor biopsy techniques. Crafted from premium polymer materials, the phantom mimics human tissue elasticity and ultrasound visibility, with two 10mm simulated tumor lesions embedded at varying depths for comprehensive practice. The durable, reusable design withstands repeated needle insertions, making it a cost-effective tool for medical students, radiology residents, and healthcare professionals to improve biopsy accuracy in a controlled environment.
【Key Features】
- Realistic Tissue Simulation: High-quality polymer material provides authentic tactile feedback and clear ultrasound imaging for true-to-life practice.
- Dual Lesion Design: Two 10mm simulated tumors at different depths allow progressive training for both basic and advanced biopsy techniques.
- Durable Construction: Resists repeated punctures and needle insertions, maintaining structural integrity through extensive practice sessions.
- Compact & Versatile: Mini-sized design (11cm diameter, 4.5cm height) is ideal for use in classrooms, clinical skill labs, and training centers.
- Ultrasound-Compatible: Optimized for standard ultrasound equipment, supporting hands-on learning for ultrasound-guided procedures.
【High-Quality Polymer Material for Hyper-Realistic Tissue Simulation】
Crafted from medical-grade, tissue-equivalent polymer, this mini puncture training model replicates the density, elasticity, and acoustic properties of human soft tissue, delivering a lifelike tactile and ultrasound experience. The material’s unique formulation mimics real tissue resistance and needle penetration feedback, creating an authentic ultrasound-guided phantom environment essential for mastering needle insertion, biopsy, and aspiration techniques. Trainees gain muscle memory and procedural confidence in a risk-free setting before working with live patients.
【Durable, Self-Healing Design for Long-Term Reusability】
Engineered to withstand hundreds of repeated punctures and biopsy procedures without permanent damage, this model features advanced self-healing polymer technology that seals small needle holes after each use. Its robust construction maintains structural integrity and ultrasound visibility through extensive training sessions, eliminating the need for frequent replacements. Cost-effective and built for high-volume use, it’s ideal for busy medical schools, clinical skill labs, and training centers where continuous practice is critical for skill mastery.
【Multi-Depth Tissue & Tumor Lesion Simulation for Comprehensive Training】
Designed with embedded simulated masses at varying depths, this model accurately replicates the location, size, and ultrasound appearance of soft tissue tumors, cysts, and lesions found in clinical practice. The distinct, ultrasound-visible structures allow trainees to practice needle targeting, mass localization, and trajectory planning for both superficial and deep tissue biopsies. This progressive training capability helps users refine precision, reduce procedural errors, and build competence in complex ultrasound-guided interventions.
【Optimized for Ultrasound-Guided Procedures & Medical Education】
Fully compatible with standard ultrasound equipment, the model produces clear, realistic images of internal tissue and lesions, supporting hands-on learning in a controlled environment. Trainees can practice ultrasound scanning, probe manipulation, and real-time needle guidance, improving their ability to identify anatomy, interpret imaging, and perform safe, accurate biopsies. It bridges the gap between classroom theory and clinical practice, making it an indispensable tool for students, residents, and practicing clinicians learning ultrasound-guided techniques.
【Versatile Use Across Educational & Clinical Settings】
Compact, portable, and ready-to-use right out of the box, this mini puncture trainer is suitable for hospitals, medical universities, radiology departments, oncology clinics, and research centers. Its realistic anatomical design supports training for a wide range of specialties, including radiology, surgery, interventional medicine, and nursing. Whether for individual skill practice, group training workshops, or competency assessments, this model is an essential resource for any professional seeking to master ultrasound-guided tissue sampling and biopsy procedures.
【High-Quality Polymer Material for Hyper-Realistic Tissue Simulation】
Crafted from medical-grade, tissue-equivalent polymer, this mini puncture training model replicates the density, elasticity, and acoustic properties of human soft tissue, delivering a lifelike tactile and ultrasound experience. The material’s unique formulation mimics real tissue resistance and needle penetration feedback, creating an authentic ultrasound-guided phantom environment essential for mastering needle insertion, biopsy, and aspiration techniques. Trainees gain muscle memory and procedural confidence in a risk-free setting before working with live patients.
【Durable, Self-Healing Design for Long-Term Reusability】
Engineered to withstand hundreds of repeated punctures and biopsy procedures without permanent damage, this model features advanced self-healing polymer technology that seals small needle holes after each use. Its robust construction maintains structural integrity and ultrasound visibility through extensive training sessions, eliminating the need for frequent replacements. Cost-effective and built for high-volume use, it’s ideal for busy medical schools, clinical skill labs, and training centers where continuous practice is critical for skill mastery.
【Multi-Depth Tissue & Tumor Lesion Simulation for Comprehensive Training】
Designed with embedded simulated masses at varying depths, this model accurately replicates the location, size, and ultrasound appearance of soft tissue tumors, cysts, and lesions found in clinical practice. The distinct, ultrasound-visible structures allow trainees to practice needle targeting, mass localization, and trajectory planning for both superficial and deep tissue biopsies. This progressive training capability helps users refine precision, reduce procedural errors, and build competence in complex ultrasound-guided interventions.
【Optimized for Ultrasound-Guided Procedures & Medical Education】
Fully compatible with standard ultrasound equipment, the model produces clear, realistic images of internal tissue and lesions, supporting hands-on learning in a controlled environment. Trainees can practice ultrasound scanning, probe manipulation, and real-time needle guidance, improving their ability to identify anatomy, interpret imaging, and perform safe, accurate biopsies. It bridges the gap between classroom theory and clinical practice, making it an indispensable tool for students, residents, and practicing clinicians learning ultrasound-guided techniques.
【Versatile Use Across Educational & Clinical Settings】
Compact, portable, and ready-to-use right out of the box, this mini puncture trainer is suitable for hospitals, medical universities, radiology departments, oncology clinics, and research centers. Its realistic anatomical design supports training for a wide range of specialties, including radiology, surgery, interventional medicine, and nursing. Whether for individual skill practice, group training workshops, or competency assessments, this model is an essential resource for any professional seeking to master ultrasound-guided tissue sampling and biopsy procedures.
【Note】
This model is for educational and training purposes only, not for clinical diagnosis or patient treatment. Avoid using sharp tools or corrosive disinfectants that may damage the phantom surface.
SAG: Puncture Training Model,Ultrasound-Guided Biopsy Simulator,Tumor Simulation Tissue Phantom,Medical Biopsy Practice Model,Biopsy Practice,Needle Insertion Skill,Medical Education Training,Clinical Skill Lab Practice