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 an interpositional wick placed at the tendon-bone interface designed to supercharge the biologic environment for support of the healing cascade and improvement in long-term outcomes after rotator cuff repair.

The biologic healing challenge

  • Retear rates remain high—averaging over 35% across published studies
  • The focus has been on mechanical fixation, overlooking the biologic gap at the enthesis
  • Healing often occurs through scar tissue formation, compromising long-term durability

The rotium advantage

  • ROTIUM targets the biologic gap at the enthesis—delivering the patient’s own healing factors where they’re needed most. Its placement between tendon and bone promotes scarless healing, strong integration, and restoration of a functional repair.

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 regeneration.

ROTIUM Bioresorbable Wick Animation

Rotium® Bioresorbable Wick features including: Interpositional placement; synthetic & bioresorbable; scaffold designed to mimic native ECM.

Unique Design Features

  • An Inlay Scaffold Augmentation
  • 100% Synthetic
    • PGA – Poly-Glycolic Acid
    • PLCL – Poly-Lactide co-caprolactone
  • Optimal Sizes for Footprint Coverage
    • 20×20 mm
    • 40×30 mm

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®.

Advantages for the Ambulatory Surgery Centers (ASC) & Hospitals

  • Cost-Effectiveness – Affordable without compromising quality, appealing to price-sensitive markets
  • Efficient Technique – Incorporated into current RTC surgeries without the need for extra disposables, staples or instrumentation
  • Robust Synthetic Structure – For ease of handling during implantation and no special storage requirements
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.

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.

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

Add JOEI study reference

Rotium Enthesis Repair
A bar graph comparing the median ultimate breaking strength of two different sample groups at 12 weeks. This graph suggests that the ROTIUM® scaffold significantly improved the mechanical strength of the tested tissue or material after 12 weeks, making it nearly 1.74 times stronger than the control group without the scaffold. Highlights a 74% increase in median ultimate breaking strength in the treated group compared to the control after 12 weeks.

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.2021.09.017.