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The 3DAnatomy platform offers high‑fidelity, 3D‑printed anatomical models that replicate real human anatomy, bone density, and pathology for hands-on surgical training. Built from CT and MRI data, these models deliver anatomically precise structures with realistic cortical and cancellous bone response, providing true-to-instrument feedback during drilling, cutting, fixation, and implantation.

3DAnatomy™ Modeling Platform&nbsp;

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A document containing information about Arthrex products and product lines.

Ein Dokument mit Informationen über Arthrex Produkte und Produktlinien.

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Documento contendo informações sobre produtos e linhas de produtos da Arthrex.

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Documento que contiene información sobre los productos y líneas de productos de Arthrex.

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Ankle Instability ArthroLab™ Model Ankle Instability ArthroLab™ Model The 3DAnatomy™ ankle instability model (AIM) is a high‑fidelity anatomical model, engineered to replicate the structural and mechanical behavior of human bone and soft tissue. It provides realistic cortical, cancellous, and soft-tissue responses for precise, repeatable ankle procedures and hands‑on surgical training. Key Capabilities Realistic bone response under instrumentation Models ligaments and tendons that support suture passage and retention Designed for consistent, repeatable performance Enables procedural training, technique refinement, and education Supported Procedures InternalBrace™ ligament augmentation (up to 3 uses) FiberTak® implant placement (up to 5 uses) Achilles FiberTak® SpeedBridge™ repair TightRope ® XP suture Buttress plate Assembly Instructions Step 1: Locate the AIM upper and AIM calcaneus assemblies. Step 2: Orient the parts so the smooth cartilage surfaces of both the talus and calcaneus are anterior facing. Step 4: Insert the short pin into the pin hole of the talus. Step 3: Advance the hexagonal dowel in the AIM calcaneus assembly into the slot on the AIM upper assembly. Step 5: Insert the proximal dowel of the tibia and fibula into the AIM TRIMANO ® puck. Step 6: Insert the pin into the pin hole, securing the tibia to the TRIMANO puck. Step 7: Insert the AIM Achilles tendon clip by leading one side in, followed by the other, into the rectangular lock until it clicks securely into place. Tips for a Successful Lab Follow the setup guide to assemble the model prior to the session. Confirm orientation. If resistance is felt during assembly, realign and reseat components. Do not force parts together. Components should be stored in a cool, dry environment and protected from direct light or sunlight when not in use. Ordering Information Product Description Item Number Contents Bone Tibia, fibula, talus, navicular, and calcaneus AMS-3DC-04-006-01K Ankle Instability Model, Kit Soft Tissue Anterior talofibular ligament (ATFL, calcaneofibular ligament (CFL), deltoid/spring ligament, anterior inferior tibiofibular ligament (AITFL), tibiocalcaneal ligament (TCL), Achilles tendon Bone Tibia, fibula, talus, and navicular AMS-3DC-04-006-02D Ankle Instability Model, Upper AMS-3DC-04-006-03D Ankle Instability Model, Calcaneus Calcaneus Calcaneofibular ligament (CFL), tibiocalcaneal ligament (TCL), Achilles tendon AMS-3DC-04-006-01T AIM TRIMANO® puck assembly TRIMANO puck Soft Tissue Anterior talofibular ligament (ATFL), deltoid/spring ligament, anterior inferior tibiofibular ligament (AITFL) Learn more about 3DAnatomy™ models © 2026-06 Arthrex, Inc. All rights reserved. LB1-000656-en-US_A arthrex.com

3DAnatomy™ Ankle Instability ArthroLab™ Model

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3DAnatomy™ ArthroLab™ Models Helping Surgeons Treat Their Patients Better® Since its inception, Arthrex has been committed to one mission: Helping Surgeons Treat Their Patients Better. We are strategically focused on constant product innovation through scientific research, surgeon collaboration, and medical education to make less invasive surgical procedures simple, safer, and more reproducible. Each year, we develop more than 1,000 new innovative products and procedures to advance minimally invasive orthopedics worldwide. Arthrex has always remained a privately held company, which allows for the rapid evaluation of new technologies and ideas and the freedom to develop products and techniques that truly make a difference. Our experienced team of dedicated professionals represents a shared passion and commitment to delivering uncompromising quality to the health care providers who use our products and the millions of patients whose lives we impact. The medical significance of our contributions serves as our primary benchmark of success and will continue into the future as the legacy of Arthrex. 02 | 3 DAnatomy™ 3DAnatomy™ Background The 3DAnatomy ArthroLab™ portfolio offers high-fidelity, anatomical models designed for procedural training, product evaluation, and demonstration. Built from CT and MRI data, each model replicates true anatomy, bone density, and pathology to deliver true cortical and cancellous responses. The ArthroLab models provide instrument feedback during drilling, cutting, fixation, and implantation, enabling accurate simulation of surgical techniques and elevating the surgical skills training experience. ArthoLab Models Product SKU Contents AMS-3DC-05-001-01K rTSA Glenoid Reusable and Disposable Model (Predrilled Hole) AMS-3DC-05-001-01D rTSA Glenoid Disposable Model (Predrilled Hole) AMS-3DC-05-001-02K rTSA Glenoid Reusable and Disposable Model Kit AMS-3DC-05-001-02D rTSA Glenoid Disposable Model Kit AMS-3DC-05-001-03K rTSA Humerus Reusable and Disposable Model Kit Procedures rTSA (20˚ augmented MGS) rTSA Univers Revers™ Apex humeral implant rTSA, rTSA MGS standard and 10˚ augmented Eclipse™ stemless implant AMS-3DC-05-001-03D rTSA Humerus Disposable Model AMS-3DC-01-001-01K Distal Radius Plate (DRP), Kit Includes 4 fracture patterns (shown below) Distal radius fracture plates AMS-3DC-01-001-02D Distal Radius/Ulnar Fracture Pattern (2R3A3.3) Distal radius fracture plates AMS-3DC-01-001-03D Distal Radius/Ulnar Fracture Pattern (2R3B) Distal radius fracture plates 3 DAnatomy™ | 03 Product SKU Contents Procedures AMS-3DC-01-001-04D Distal Radius/Ulnar Fracture Pattern (2R3B3.3) Distal radius fracture plates AMS-3DC-01-001-05D Distal Radius/Ulnar Fracture Pattern (2R3C) Distal radius fracture plates AMS-3DC-01-002-01K Elbow Plating System, kit Distal humerus, olecranon, and proximal radius (shown below) Distal humerus fracture AMS-3DC-01-002-02D Distal Humerus Model for the Elbow Plating System Olecranon fracture Olecranon osteotomy Not designed for this procedure. 04 | 3 DAnatomy™ AMS-3DC-01-002-03D Olecranon and Proximal Radius Model for the Elbow Plating System AMS-3DC-01-003-01D DTA Bone Block AMS-3DC-05-002-01K FxBridge Kit AMS-3DC-05-002-02D FxBridge Muscles, Disposable AMS-3DC-05-002-03 FxBridge Greater Tuberosity Fragment AMS-3DC-05-002-04 FxBridge Lesser Tuberosity Fragment AMS-3DC-05-002-05 FxBridge Humerus AMS-3DC-05-002-08T FxBridge TRIMANO® Puck 7 mm × 5°, pre-cut distal tibia for GBL, 10/bag FxBridge™ tuberosity repair system Product SKU Contents Procedures AMS-3DC-04-010-01K Trochanteric Nail Kit Acetabulum, femoral head, proximal femur, and femoral shaft Trochanteric nail placement for femoral head fracture AMS-3DC-04-010-02D Trochanteric Nail Disposable Kit Femoral head, proximal femur Trochanteric nail placement for femoral head fracture AMS-3DC-03-001-01D OCA Knee OATS® procedure 2.0 AMS-3DC-04-004-01D FibuLock Distal Ankle Fracture FibuLock® fibular nail TightRope® XP implant AMS-3DC-04-004-02T FibuLock TRIMANO® Puck For use with FibuLock fibular nail AMS-3DC-04-005-01K TTC Full Kit Includes calcaneus, talus, distal tibia, proximal tibia, TRIMANO puck, compression pull-out tab, carabiner, and assembly wires (product comes assembled) DualCompression hindfoot nail AMS-3DC-04-005-02K TTC Disposable Kit Includes calcaneus, distal tibia, and compression pull-out tab. 3 DAnatomy™ | 05 Product SKU Contents AMS-3DC-04-006-01K (ankle instability model, full kit) Ankle Instability Model Kit Includes upper assembly (upper/lower talus/navicular), calcaneus assembly (calcaneus and soft tissue) AMS-3DC-04-006-02D Ankle Instability Model (Upper) Upper/lower talus/navicular and soft tissue Procedures InternalBrace™ ligament augmentation (up to 5 times) FiberTak® implant (up to 5 times) Achilles SpeedBridge™ repair AMS-3DC-04-006-03D Ankle Instability Model (Calcaneus) Calcaneus and soft tissue AMS-3DC-04-006-01T AIM TRIMANO Puck Assembly TightRope® XP implant Buttress plate Bunion correction with AMS-3DC-04-009-01D Lapidus I-Beam and BunionBrace Implant Lapidus I-Beam plate Hallux valgus correction with BunionBrace™ implant MIS Bunionectomy Akin AMS-3DC-04-002-01K MIS Bunionectomy Full Kit Osteotomy proximal Interphalangeal joint Resection arthroplasty AMS-3DC-04-002-02D Not designed for this procedure. 06 | 3 DAnatomy™ MIS Bunionectomy Disposable Insert Proximal interphalangeal joint fusion Metatarsophalangeal joint fusion 3 DAnatomy™ | 07 This description of technique is provided as an educational tool and clinical aid to assist properly licensed medical professionals in the usage of specific Arthrex products. As part of this professional usage, the medical professional must use their professional judgment in making any final determinations in product usage and technique. In doing so, the medical professional should rely on their own training and experience and should conduct a thorough review of pertinent medical literature and the product’s directions for use. Postoperative management is patient-specific and dependent on the treating professional’s assessment. Individual results will vary and not all patients will experience the same postoperative activity level or outcomes. Arthrex manufacturer, authorized representative, and importer information (Arthrex elFUs) US patent information © 2026-09 Arthrex, Inc. All rights reserved. LB1-000607-en-US_D arthrex.com

3DAnatomy™ ArthroLab™ Models

3DAnatomy™ Display Models Display Models 02 | 3 DAnatomy™ Product SKU Description AMS-S-02-001 TightRope® Soft Button (SB) implant model AMS-S-02-001P TightRope SB implant model, polished AMS-S-04-002 VA proximal tibia plate model AMS-S-04-002-01K VA proximal tibia plate, keychain kit AMS-S-20003 SutureLoc™ system, demo block AMS-S-10006 Double-Loaded Knotless FiberTak® implant acrylic DS-274 DX Knotless FiberTak with InternalBrace™ repair, demo DS-275 DX Knotless FiberTak with InternalBrace repair, base DS-276 DX Knotless FiberTak with InternalBrace repair, insert DS-277 DX Knotless FiberTak with InternalBrace repair, demo Product SKU Description DS-282 ACL repair (ACLR), demo model DS-283 ACLR demo, ligament replacement AMS-S-10001 Shoulder FiberTak® implant with SpeedBridge™ repair, acrylic Product SKU Description AMS-S-20002 SutureLoc™ implant display, full set AMS-S-20001 Knee FiberTak implant anchor, system display AMS-S-03-003-01 Spine graft gun model AMS-S-04-001 FibuLock® PRO and TightRope® PRO implants 3 DAnatomy™ | 03 Learn more about 3DA Innovation © 2026-09 Arthrex, Inc. All rights reserved. LB1-000649-en-US_B arthrex.com

3DAnatomy™ Display Models

TTC ArthroLab™ Model TTC ArthroLab™ Model Developed by 3DAnatomy™, the tibiotalocalcaneal (TTC) arthrodesis ArthoLab model, is a high-fidelity anatomical model engineered to replicate the structural and mechanical properties of human bone, enabling precise, repeatable execution of the hindfoot procedure. Simulates realistic cortical and cancellous response under instrumentation. Purpose‑built for the DualCompression hindfoot fusion nail procedure. Engineered for consistent and repeatable performance. Supports procedural training, technique refinement, and education. For use with 10.5 mm × 210 mm or 10.5 mm × 180 mm hindfoot nails Assembly Instructions Step 7: Insert the pin into the pin hole, securing the tibia to the TRIMANO puck. Step 6: Insert the Proximal Dowel of the tibia into the TTC TRIMANO puck. Step 5: Slide the proximal tibia onto the compression tab cylinders from the posterior side of the assembly. Step 3: Place the distal tibia onto the K‑wires, then gently push the wires downward until they seat fully against the built‑in stop in the tibia. Step 4: Slide the compression tab into the cylindrical slots, making sure the side labeled DIST is facing down (the PROX label should face up). Note: The compression tab must be removed before disassembling the parts. Step 2: Secure the talus onto the K‑wires from the proximal end, ensuring the smooth cartilage surfaces of both the talus and calcaneus are facing forward (anterior). Step 1: Insert the two nitinol K‑wires through the distal calcaneus (medial or lateral hole) until it exits proximally. Tips for a Successful Lab Follow the Setup Guide to assemble the model prior to the session. Confirm orientation using molded labels (eg, PROX/DIST, anterior/posterior). If resistance is felt, realign and re-seat components—do not force parts together. Stage required instruments and perform a quick dry run before attendees arrive. Secure the model using a compatible holder (eg, TRIMANO ®, or vise clamp). Components should be stored in a cool, dry environment and protected from direct light or sunlight when not in use. Note: Ensure joint spaces are collapsed prior to the Hindfoot Nail insertion, to ensure maximum nitinol compression. Ordering Information TTC Full Kit AMS-3DC-04-005-01K Calcaneus Talus Distal Tibia Proximal Tibia TRIMANO ® Puck Compression Pull-Out Tab Carabiner Assembly Wires TTC Disposable Kit AMS-3DC-04-005-02K Calcaneus Distal Tibia Compression Pull-Out Tab Exclusively available for Arthrex employees and agencies through the business portal or CSSynergy@arthrex.com Learn more about 3DAnatomy models © 2026-06 Arthrex, Inc. All rights reserved. LB1-000642-en-US_B arthrex.com

3D Anatomy™ TTC ArthroLab™ Model

The Arthrex Surgical Skills Experience Arthrex One Auditorium Innovation® Hotel Naples ArthroLab™ A Campus Designed for Orthopedic Surgical Skills Education The expanded Arthrex world headquarters, located in Naples, FL, is an innovative, 60-acre, university-style campus designed to deliver an immersive and engaging medical education experience for visiting health care professionals. The Arthrex campus provides a one-of-a-kind learning environment for surgeons and health care professionals. 30,000 sq ft of meeting and product exhibit space State-of-the-art Synergy OR Integration Suite Rapid prototyping and manufacturing research Onsite clinical staff, research scientists, and engineers Sixty surgical skills cadaveric wetlab stations Modern biomechanics and biomaterials lab

The Arthrex Surgical Skills Experience

The Arthrex Experience Video Tour provides a thrilling fly-through of Arthrex world headquarters in Naples, Florida, and a look into our modern and state-of-the-art facilities across Southwest Florida, South Carolina, and California.&nbsp;
Explore the innovative 80-acre, university-style Naples campus, designed to enhance the employee work environment and deliver an immersive and engaging medical education experience for visiting health care professionals and Arthrex business guests.&nbsp;
The majority of Arthrex products are manufactured, packaged, and sterilized in our US-based manufacturing facilities. Our advanced facilities in Ave Maria, Florida, and Pendleton, South Carolina, represent the best surgical device technology, focused on quality and innovation.&nbsp;
Each day, the Arthrex Logistics Center in Fort Myers, Florida, ships nearly 11,000 Arthrex products domestically and over 1000 internationally. Located in Santa Barbara, Arthrex Technology California develops the Synergy ecosystem, providing health care professionals and facilities with leading-edge 4K visualization technology for multispecialty minimally invasive procedures.&nbsp;

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A collection of assets that help facilitate and plan campus visits

Eine Sammlung von Assets, die die Planung von Campusbesuchen erleichtern.

Arthrex Experience

Coleção de recursos que ajudam a facilitar e planejar visitas ao campus.

Experiência Arthrex

Colección de recursos que ayudan a facilitar y planificar las visitas al campus.

Experiencia Arthrex

The Arthrex Experience Video Tour

The 3DAnatomy platform offers high‑fidelity, 3D‑printed anatomical models that replicate real human anatomy, bone density, and pathology for hands-on surgical training. Built from CT and MRI data, these models deliver anatomically precise structures with realistic cortical and cancellous bone response, providing true-to-instrument feedback during drilling, cutting, fixation, and implantation.