Move freely
Live fully

Spryng™ with OsteoCushion™ Technology

As a veterinarian you can help animals with debilitating lameness and joint issues return to an improved quality of life with Spryng™ with OsteoCushion™ Technology, a revolutionary intra-articular injectable veterinary device that goes beyond masking symptoms to address the root cause of lameness issues — missing and damaged cartilage.

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Clinical update

“Evaluating the benefit and tolerability of an intra-articular injection of a collagen-elastin biomaterial into the stifle joint of dogs with suspected cruciate ligament rupture.”

View the latest poster presentation — by Dr. Erik Kleeman, DVM
Originally presented at the American College of Veterinary Surgeons 2023 Conference.

Watch on-demand webinar

Download Poster

Untreated
Joint

Chronic joint pain, inflammation and progressive degeneration

Joint injected with Spryng™

with OsteoCushion™ Technology

When injected into an affected joint, Spryng™ with OsteoCushion™ Technology creates a shock-absorbing matrix that works with synovial fluid to mimic the protective form and function of natural, healthy joint cartilage.

Simple

Single injection
with rapid results
Long lasting

Long duration
of joint protection
Innovative

Address the affliction — helps to restore proper joint mechanics

The science behind Spryng™ with OsteoCushion™ Technology

Spryng™ is a biocompatible microparticulate for intra-articular injection that is lubricious and viscoelastic. The microparticles are composed of two purified, naturally-derived proteins (collagen and elastin) and a carbohydrate that, when combined, form a strong, hydrated biomaterial that mimics natural cartilage properties.

Hear insights from Dr. Tracy Turner and his vast experience injecting Spryng™ with OsteoCushion™ Technology

Change the course of lameness and joint issues

Spryng™ is intended for use in both horses and small animals to aid in the management of lameness issues, joint pain and osteoarthritis from loss of cartilage or tissue-bone mechanical malfunction caused by joint dysfunction not associated with infection.