A high-fidelity ear simulator for practicing auricular hematoma drainage and suturing, with a lifelike blood-filled hematoma under realistic skin and cartilage layers.
3
Skin tones in every line, so training matches your patient population
6
Procedural skills trained, from assessment to compression dressing
Single-use
Designed for one full drainage cycle per simulator
Needle Aspiration
First-line drainage technique
Incision & Drainage
Larger or recurrent hematomas
Bolster Suture Placement
Compression to prevent reaccumulation
Through-and-Through Sutures
Ear-specific suture patterns
Hematoma Assessment
Clinical recognition and evaluation
Compression Dressing
Post-procedure management
The Auricular Hematoma Simulator is a high-fidelity ear trainer built for procedural rehearsal and validated technique acquisition. A lifelike blood-filled hematoma sits under realistic skin and cartilage layers, so trainees feel the resistance, drainage, and recoil of a real ear under their needle and scalpel.
Three skin tones ship in the line so training programs can rehearse on patients that look like the patients they treat. Each simulator is single-use, designed for one full drainage cycle from aspiration through bolster suture placement and compression dressing.
Whether you're an emergency medicine resident, sports medicine fellow, or otolaryngology trainee, this simulator covers the full skill set: clinical recognition, drainage technique, suture closure, and post-procedure management.
What's included: One Auricular Hematoma Simulator in your selected skin tone, lifelike blood material for one drainage cycle, and a quick-start card. Ships from Ann Arbor, MI.
Pricing for residency programs and surgical training courses includes volume discounts.
Foundational 3D-printed auricular research by co-founder David Zopf, validating the manufacturing approach behind this simulator.
2016
Computer-Aided Design and 3D Printing to Produce a Costal Cartilage Model for Simulation of Auricular Reconstruction.
Berens AM, Newman S, Bhrany AD, Murakami C, Sie KC, Zopf DA. Otolaryngology-Head and Neck Surgery, 155(2), 356-359.
A high-fidelity ear simulator for practicing auricular hematoma drainage and suturing, with a lifelike blood-filled hematoma under realistic skin and cartilage layers.
3
Skin tones in every line, so training matches your patient population
6
Procedural skills trained, from assessment to compression dressing
Single-use
Designed for one full drainage cycle per simulator
Needle Aspiration
First-line drainage technique
Incision & Drainage
Larger or recurrent hematomas
Bolster Suture Placement
Compression to prevent reaccumulation
Through-and-Through Sutures
Ear-specific suture patterns
Hematoma Assessment
Clinical recognition and evaluation
Compression Dressing
Post-procedure management
The Auricular Hematoma Simulator is a high-fidelity ear trainer built for procedural rehearsal and validated technique acquisition. A lifelike blood-filled hematoma sits under realistic skin and cartilage layers, so trainees feel the resistance, drainage, and recoil of a real ear under their needle and scalpel.
Three skin tones ship in the line so training programs can rehearse on patients that look like the patients they treat. Each simulator is single-use, designed for one full drainage cycle from aspiration through bolster suture placement and compression dressing.
Whether you're an emergency medicine resident, sports medicine fellow, or otolaryngology trainee, this simulator covers the full skill set: clinical recognition, drainage technique, suture closure, and post-procedure management.
What's included: One Auricular Hematoma Simulator in your selected skin tone, lifelike blood material for one drainage cycle, and a quick-start card. Ships from Ann Arbor, MI.
Pricing for residency programs and surgical training courses includes volume discounts.
Foundational 3D-printed auricular research by co-founder David Zopf, validating the manufacturing approach behind this simulator.
2016
Computer-Aided Design and 3D Printing to Produce a Costal Cartilage Model for Simulation of Auricular Reconstruction.
Berens AM, Newman S, Bhrany AD, Murakami C, Sie KC, Zopf DA. Otolaryngology-Head and Neck Surgery, 155(2), 356-359.
