Synergy3DMed

Company Overview

Snapshot

Founded in January 2016 by Michael Librus, Synergy3DMed operates with 1–10 employees. The company specializes in developing patient-specific instruments for surgery, leveraging a strategic partnership with Stratasys.

Business overview

Synergy3DMed develops and manufactures patient-specific instruments (PSIs) for surgical applications. These PSIs are designed based on patient imaging data and surgeon prescriptions, aiming to enhance surgical accuracy and effectiveness. The company utilizes fully certified biocompatible materials and operates within the Health Tech & Life Sciences sector, specifically targeting the medical devices market with its 3D printing and additive manufacturing technology for healthcare providers.

Strategic signal

In February 2018, Synergy3DMed's technology was utilized in Israel for the first time in an orthopedic surgery. This event highlights the company's capability to deliver innovative 3D-printed surgical solutions and signals a significant validation of its patient-specific instruments in a clinical setting, demonstrating potential for broader adoption in orthopedic and other surgical fields.

Company Intelligence Q&A

What is Synergy3DMed's core offering?

Synergy3DMed develops and manufactures customized 3D models and patient-specific surgical instruments (PSIs) designed to improve surgical accuracy and effectiveness.

When was Synergy3DMed founded and by whom?

Synergy3DMed was founded in January 2016 by Michael Librus.

What significant clinical milestone did Synergy3DMed achieve?

In February 2018, Synergy3DMed's 3D-printed technology was used for the first time in an orthopedic surgery in Israel, marking a key clinical application of its patient-specific instruments.

What is Synergy3DMed's strategic partnership?

Synergy3DMed maintains a long-term strategic partnership with Stratasys, leveraging their expertise in 3D printing technology.

What materials are used for Synergy3DMed's surgical instruments?

Synergy3DMed produces its patient-specific instruments using fully certified biocompatible materials, which undergo sterilization prior to use.