ROTIUM® Bioresorbable Wick for Rotator Cuff Repairs
ROTIUM® Bioresorbable Wick for Rotator Cuff Repairs
Rotium Bioresorbable Wick Logo

ADVANCING ROTATOR CUFF HEALING AT THE ENTHESIS

ROTIUM® is a bioresorbable wick placed at the tendon–bone interface designed to:

The biologic healing challenge

The rotium advantage

efficiency meets biology

Rotium scaffold implant

Designed for efficiency, ROTIUM integrates seamlessly into standard rotator cuff repair techniques without adding surgical time.

The bioresorbable scaffold delivers targeted biologic support directly at the repair site to enhance the healing environment and promote native tissue remodeling.

https://www.youtube.com/watch?v=L_39PmiG3vU

ROTIUM Bioresorbable Wick Animation

Unique Design
Features


Rotium Brochure

VERSATILE & SIMPLIFIED TECHNIQUE

Step 1

Pass suture through scaffold.

Step 2

Taco & push through cannula.

Step 3

Position on the repair footprint.

Step 4

Complete repair with cuff over ROTIUM®.


ROTIUM surgical technique

Advantages for the Ambulatory Surgery Centers (ASC) & Hospitals

Arthroscopic images courtesy of Dr. Jacob Kirsch

Arthroscopic images courtesy of Dr. Jacob Kirsch

Clinical Success &
Proven Science

Backed by 16 years of research, Atreon’s technology delivers science-driven solutions that support healing, enhance repair, and elevate surgical outcomes.


ROTIUM Resources

Patient Outcomes Study Findings: Patients who received the ROTIUM scaffold had a significantly lower cumulative treatment failure rate (7.1%) compared to those who did not receive the scaffold (50%) over an average follow-up of 17 months.


ROTIUM Clinical Outcomes Publication

Graph showing "50% Retear Rate without ROTIUM and 7% Retear Rate with Rotium"

Beleckas, C. M., Minetos, P., & Badman, B. L. (2023). J Orthopaedic Experience & Innovation, 4(2).

doi.org/10.60118/001c.84269

Rotium Enthesis Repair

Animal Study Findings: Results  showed that ROTIUM scaffold-augmented repairs exhibited increased failure strength and bone-tendon integration with the development of Sharpey-like fibers at the tendon-bone interface, suggesting improved healing. 

J Shoulder Elbow Surg. 2022;31(2):402-412

DOI: 10.1016/j.jse.2021.07.018


ROTIUM Animal Study Publication

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