Biedermann Motech Released Pediatric Scoliosis System
The company introduced its MOSS EOS System for treating children with severe early onset scoliosis in select global markets.
Updated on Oct. 5, 2026 in Healthcare
Biedermann Motech has launched the MOSS EOS System, a medical technology designed for treating pediatric scoliosis. The platform provides an advanced modular workflow for deformity correction and posterior stabilization.
Why it matters
The system utilizes modular technology to provide individualized treatment plans for children with severe spinal deformities. By allowing for a multi-stage surgical process, it helps surgeons manage complex early onset cases.
Biedermann has operated for 110 years, supported by 34 years of experience in licensing specialized medical patents and technologies. The company is currently rolling out its modular surgical system across international markets.
The players
Biedermann Motech
This medical device company specializes in innovative spinal surgery systems and has been in business for over a century.
Heiko Koller
He is the surgeon who performed the first clinical procedures utilizing the newly released MOSS EOS System technology.
The details
The MOSS EOS System features a modular approach where surgeons implant headless bone screw shafts during an initial surgical phase. Tulip heads are attached in a subsequent step, allowing for greater customization in stabilizing the spine.
Timeline
Biedermann founded its group of companies in 1916.
The company will celebrate its 110-year anniversary in 2026.
Biedermann Motech announced the market introduction on October 5, 2026.
Surgeon-to-surgeon meetings are occurring in Sydney, Australia, during the week of October 5, 2026.
Market Landscape
The introduction of the MOSS EOS System follows a pattern established by the Scoliosis Research Society annual meeting, which acts as the primary venue for disseminating advanced spinal surgical techniques. Biedermann is leveraging this competitive environment to demonstrate its modular technology to a global network of specialists.
Families facing pediatric scoliosis may see an increase in surgical options as surgeons gain access to this modular stabilization system. The technology aims to improve clinical outcomes for children through more individualized treatment plans.
The takeaway
Advancements in modular medical hardware allow for more precise deformity correction in complex pediatric cases. Surgeons can now utilize staged procedures to better address the specific spinal needs of their patients.
What happens next
Biedermann Motech will showcase the MOSS EOS System at the upcoming Eurospine Meeting in Gothenburg, Sweden.
Further reading
For more information on medical innovations, visit the Healthcare section.
