Description
Practice Makes Precision: Master Renal Biopsies with Confidence
Refine your ultrasound-guided renal biopsy technique with this lifelike Renal Biopsy Ultrasound Training Model. Designed to simulate human anatomy with realistic imaging and tissue feedback, it offers a hands-on learning experience for both beginners and advanced practitioners. With accurate kidney placement and tactile response, this model helps build confidence in a high-stakes procedure. Add it to your training setup today for realistic, repeatable practice.
Purpose-Built for High-Stakes Renal Procedure Training
This model is crafted for the specific purpose of teaching and practicing percutaneous renal biopsies using real-time ultrasound guidance. Trainees learn how to position the probe, visualize the kidney, guide the needle accurately, and avoid surrounding structures. It’s ideal for nephrologists, radiologists, residents, and sonographers seeking to refine biopsy accuracy while reducing patient risk during live procedures.
Bring Biopsy Training to Life with Hands-On Clarity
- Simulates kidney anatomy and depth with ultrasound-visible tissue layers
- Allows in-plane and out-of-plane needle approaches for procedural flexibility
- Ideal for nephrology fellows, radiology residents, simulation labs, and clinical educators
- Helps build confidence in identifying the renal cortex and maintaining target precision
- Reusable and durable for multiple sessions without significant wear
Essential Features That Support Skill Development
- Ultrasound-compatible tissue for realistic imaging and probe handling
- Realistic renal positioning and depth for authentic needle targeting
- Supports aspiration and biopsy needle use with accurate resistance
- Durable construction for repeated practice
- Compact design for easy integration into simulation stations
Technical Specifications of the Product
- Product dimensions: 28 in x 18 in x 12 in.
- Product weight: 25 lbs.
- Included with purchase:
- 1 x Renal Biopsy Ultrasound Training Model
- 1 x Product Manual
