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IntelliGuide®

Patient-Specific 3D Bunion Correction

The first patented patient-specific cut guides for personalized
3D bunion and midfoot correction in the US.

3D illustration of a human foot skeleton with metal plates and screws on the top, showing a surgical procedure.
3D rendering of human foot bones with metal implants, showing skeletal structure and surgical alterations.

Intelligent pre-op planning

Simplifies complexity by visualizing and determining your triplanar correction before entering the OR

Patient-specific 3D correction

3D printed titanium cut guides with customized correction designed to match each patient’s unique anatomy

Streamlined surgical workflow

Drive OR efficiency with fewer steps and less instrumentation regardless of the level of severity1

Personalized planning with enhanced efficiency.

Step 1: Submit Files

Submit a prescription form along with patient CTs.

Colored 3D model of a human hand skeleton in front of a blurred computer screen displaying medical information.

Step 2: Pre-Op Plan

Approve the personalized correction and pre-operative plan.

Illustration of a human foot bone with highlighted green and pink phalanges on the second and third toes, showing bone structures.

Step 3: Personalized Surgery2

Execute a streamlined procedure with the patient-specific cut guide.

3D printed hand model being held by a gloved hand in a lab setting.

IntelliGuide® for Lapiplasty®

Step 1: Cut

Foot bones with orthopedic implant, showing skeletal structure and medical hardware.

Step 2: Compress

Illustration of a human foot skeleton showing surgical hardware on the first toe against a white background.

Step 3: Fixate*

Illustration of human foot bones with a metal implant on the big toe.
Construct at Surgeon's Discretion

IntelliGuide® for Adductoplasty®

Step 1: Cut

3D rendering of a foot skeleton with surgical metal plates and screws on the metatarsal and phalangeal bones, side view

Step 2: Compress

3D render of a foot skeleton with an external fixator device attached to the toes for bone alignment and stabilization.

Step 3: Fixate*

3D model of a human foot skeleton with focus on the bones of the toes and midfoot, displayed on a white background.
Construct at Surgeon's Discretion

“I can visualize the patient’s deformity in 3D, develop and simulate a surgical plan, and create cut guides specific to the patient’s unique anatomy, all before stepping into the operating room.”

Smiling man in a white lab coat and striped shirt against a gray backdrop.

Mark Easley**

MD, Chief, Duke University Foot and Ankle Division

Supporting Documents

Other Products

Surgical tool applied to a bone model showcasing precise medical equipment for orthopedic procedures.

Lapiplasty®

The first and only comprehensive system
designed for reproducible realignment, stabilization, and fusion of the midfoot in the US.

Surgical screws and plate on skeletal foot bones in medical illustration for orthopedic procedures.

Adductoplasty®

Relentless innovation drives best-in-class outcomes and OR efficiency.

Illustration of a human foot skeleton highlighting bone structures against a plain white background.

Biologics & Wedges

Treace™ Allograft Wedges are engineered for strength and correction. CortiFuse™ maximizes healing potential with every fiber.

Got Questions?

For more information or to get trained on Treace’s comprehensive 3D Bunion Correction® systems, give us a call or complete the form.

*Construct is at the surgeon’s discretion and shown for illustrative purposes only. Proceed with the preferred fixation system per the respective surgical technique.
**Dr. Mark Easley is a paid consultant for Treace Medical Concepts.
BoneClone™ models are gray
1. TMC data on file across multiple instrumented Lapidus procedures.
2. TMC PSI products are not a “custom device” per Sec 520(b) of the FD&C Act; they are patient-specific, fit to the patient with their own CT scans per 21 CFR Part 888.3030.

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