(866) 815-0604

Approved Vendor for HPG/HCA

The future of minimally invasive hand surgery

Getting patients better... faster!

Minimally Invasive for the right reasons:

Better Patient Outcomes

Transitioning from open, more invasive surgery to minimally invasive requires a greater understanding of the anatomy to develop simple and direct approaches

Through our collaborative approach we have developed Innovative solutions to the most common upper extremity Pathologies. The results are simpler, safer surgical procedures and shorter patient recovery.

We develop instrumentation and techniques that preserve soft Tissues, while providing more direct access to the pathological Area for simpler, faster surgery.

As a result, patients experience less post surgical pain, shorter recovery times, and better outcomes.

See a video on our full line of S2S Surgical Products

Our mission at S2S Surgical is to design and develop the safest and most innovative, minimally invasive surgical solutions for the upper extremity.  We believe in innovation through collaboration and we welcome you to join us in getting patients better, faster.

Manuel DaSilva M.D.

Vice President of Research & Design

News & Announcements

Innovative, precise, minimally invasive solutions for upper extremity surgery designed by upper extremity surgeons.

 

S2S Trigger Finger Release
Anatomic Virtual Model
7 Days Post Surgery

The S2S Surgical Trigger Finger Release System allows simple and safe release of the affected pulley with direct visualization in a minimally invasive approach.  The unique surgical approach and innovative blade design facilitate safe release with minimal scar tissue development.

To make the transition from open surgical technique to minimally invasive, S2S developed the Virtual Model of the upper extremity. The only anatomically accurate computer model of the upper extremity in the world.

Through our collaborative approach we have developed Innovative solutions to the most common upper extremity Pathologies. The results are simpler, safer surgical procedures and shorter patient recovery..