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SpeedPlate®

Rapid Compression Implants

SpeedPlate® is a rapid compression implant offering continuous dynamic compression across the fusion site. With a breadth of anatomic designs, SpeedPlate® delivers the stability of a titanium locking plate* with the speed and compression of a staple, without the nitinol.

Foot with medical implants on a white background, showing screws and plate attached to the bones for stabilization.

SpeedPlate® Fast
Compression Fixation

Dynamic Compression
Offers continuous compression across the fusion site

Titanium Alloy 
Implant does not contain nickel1

Anatomic Contour 
Implant shape accommodates intercuneiform joint and tibialis anterior insertion

3D illustration of a human foot skeleton showing different bones and labeled sections: forefoot, midfoot, and hindfoot.

SpeedPlate® Micro-Quad™


Dynamic Compression with Rotational Stability
Delivers multiple points of fixation on each side of the joint

Small Incision
Fits through a 2.5cm incision, enabling minimally invasive techniques

Anatomic Contour
Delivers fast, stable, anatomic compression

A stainless steel surgical clip with pointed ends and toothed interior for securing tissue or vessels during medical procedures.

Streamlined Insertion

Step 1: Position & Drill

Compact gray metallic tool with a textured handle and hinged twin roller design for enhanced grip on various surfaces.

Step 2: Preload & Insert

Metallic quad rake-style hair pick with a branded handle against a plain background.

Step 3: Release & Compress

Silver metal grooming tool with three prongs, designed for scalp massage and relaxation, isolated on a white background.

Comprehensive Portfolio
for Broad Versatility

Various spinal implant designs, including Anterior Quad and Micro-Quad, displayed on a white background.

Broad Versatility

For Lapiplasty® , Adductoplasty® and MTP fusions, TN and NC fusions, fractures, and beyond. Slide to see more.

X-ray of a foot showing a small rectangular electronic device attached to one of the bones.
X-ray of a foot showing bones with a surgical plate and screws on the side of the first metatarsal.
X-ray image of a broken ankle with a metal plate and screws used for surgical repair.
X-ray of a foot showing bones with surgical hardware, including plates and screws.
X-ray of a foot with surgical metal plate and screws fixing a broken bone near the toes.
X-ray showing metal plates and screws in a foot with visible bones, indicating surgical intervention for fracture repair.
X-ray of a foot showing a metal buckle around the big toe, highlighting bone structure and foreign object.
X-ray of a wrist with screws and a plate after orthopedic surgery, showing bone alignment and surgical hardware.
X-ray of a foot showing bones and a metal plate fixation on the lower left area, likely indicating a surgical repair.
X-ray of a hand showing three surgical pins inserted into fractured bones of the fingers.

Constructs at surgeons’ discretion. Individual results may vary. These experiences are specific to these patients only.

Supporting Documents

SpeedPlate® Overview

Implant Applications

SpeedPlate® Micro-Quad™ Overview

Key Steps Guide

Instructions for Use

Surgical Technique Guide

Related Products

Diagram of a foot skeleton with surgical plate and screws on the metatarsals.

SpeedMTP®

Delivers the speed and dynamic compression of a staple with the stability and strength of a titanium locking plate.*

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

Lapiplasty®

Streamlined instrumentation helps visualize and dial in precise 3D corrections and ensures the correction is maintained throughout the procedure.

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

Adductoplasty®

Surgically addresses midfoot adductus deformity and OA with a controlled, reproducible result.

Got Questions?

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


1. For complete information see ASTM F136-13, Standard Specification for Wrought Titanium-6Aluminum-4Vanadium ELI (Extra Low Interstitial) Alloy for Surgical Implant Applications (UNS R56401)
*Encompasses locking plate and screw construct.

M3937A