HT Medical is focused on providing the highest quality medical devices at the forefront of emerging technologies. We partner with surgical innovators to develop niche products featuring patented and differentiated technologies.

HT Medical is focused on providing the highest quality medical devices at the forefront of emerging technologies. We partner with surgical innovators to develop niche products featuring patented and differentiated technologies.
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FEATURED PRODUCTS

Expanding a portfolio of technology driven spinal implants, providing advanced bio-responsive properties.

EXPLORE PRODUCTS

MACRO – Interconnected Structure

Ti3D technology features a fully connected, open architecture that is structurally sound without the need for solid members or framework like standard 3D printed “porous” cages. This network contributes to an ideal stiffness, comparable to that of PEEK and cortical bone; while providing a lattice for bone in growth, which may increase the probability of a biomechanical fusion.

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Interconnected Structure

Ti3D technology features a fully connected, open architecture that is structurally sound without the need for solid members or framework like standard 3D printed “porous” cages. This network contributes to an ideal stiffness, comparable to that of PEEK and cortical bone; while providing a lattice for bone in growth, which may increase the probability of a biomechanical fusion.

LEARN MORE ABOUT Ti3D TECHNOLOGY

MICRO – Attachment Landmarks

The micro roughness of the proprietary Ti3D surface has been shown to be favorable for bone attachment and ongrowth1. The surface design, manufacturing and post processing techniques all contribute to the beneficial environment for cellular attachment and bone proliferation.

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Attachment Landmarks

The micro roughness of the proprietary Ti3D surface has been shown to be favorable for bone attachment and ongrowth1. The surface design, manufacturing and post processing techniques all contribute to the beneficial environment for cellular attachment and bone proliferation.

LEARN MORE ABOUT Ti3D TECHNOLOGY

NANO – Surface Topography

Cellular response to a material’s nano surface characteristics plays an important role in overall bone apposition and proliferation. The nano surface of Ti3D has been shown to support rapid cellular attachment, communication and propagation1.

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Surface Topography

Cellular response to a material’s nano surface characteristics plays an important role in overall bone apposition and proliferation. The nano surface of Ti3D has been shown to support rapid cellular attachment, communication and propagation1.

LEARN MORE ABOUT Ti3D TECHNOLOGY