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Sonotrain Breast Model With Tumors, 109635

$883.95
For larger quantities: Request a Quote
Medex SKU:
NSC-109635
Packing Info:
1/Each
Usually Ships:
3 - 5 Business Days

Description

Key Features


  • Realistic Echogenicity: The material used in the model has realistic echogenicity, meaning it appears on an ultrasound image with a texture and density similar to real human soft tissue. This is crucial for trainees learning to interpret ultrasound images.

  • Tactile Realism: The model is made from a soft, compliant material that simulates the feel of real breast tissue. This allows users to practice palpation and feel the size, shape, and location of the embedded "tumors" before and during the ultrasound procedure.

  • Embedded Pathologies: The model contains realistic reproductions of two cysts or "tumors." These are designed to provide clear targets for trainees to practice needle punctures and aspirations, such as fine-needle aspiration or core needle biopsy.

  • Durable and Reusable: The model is built for repeated use in a training environment. It is designed to be punctured multiple times, making it a long-lasting and cost-effective tool for medical education.

Uses


  • Ultrasound-Guided Biopsy and Aspiration Training: The primary use of this model is to teach and practice ultrasound-guided procedures on the breast, such as biopsies and fluid aspirations from cysts. The realistic echogenicity and tactile feedback help trainees develop the hand-eye coordination and precision needed for these procedures.

  • Breast Exam Training: It can be used to train students and professionals in the proper technique for breast palpation, helping them learn to identify and characterize lumps and other masses.

  • Medical and Sonography Education: This product is a valuable tool in medical schools, radiology programs, and sonography training programs to help students learn diagnostic and interventional techniques related to breast imaging.

  • Skill Development: It provides a safe, low-stress environment for trainees to develop the confidence and technical skills necessary for performing complex procedures before working with actual patients.