Implants, kyphoplasty sets and bone cements for spinal surgery.
Maxxspine Innovative GmbH
Eltville am RheinNew on Amplifa
About Maxxspine
Maxxspine Innovative GmbH, based in Eltville am Rhein, is a medical technology company specializing in spinal surgery. The portfolio includes implants for lumbar and cervical fusion – including fixator systems (Polyphem®), expandable cages (Berkuda® X) as well as cages and plates of the Magnolis® series – which are predominantly made from the titanium alloy Ti6Al4V; cervical cages are laser-sintered (3D printed). In addition, there are kyphoplasty sets (KYPHOKIT®, KMC-Maxx), bone cements of the Mendec® and BonOs® brands in low-, medium- and high-viscosity versions, cement applicators as well as bone substitute material (Bioteck®). A focus lies on minimally invasive procedures, including an 800 g single-use instrument box for MIS fusion. The company is certified according to DIN EN ISO 13485:2021 and serves hospitals and practices. In 2026, Maxxspine became part of Demetra.
- Site
- Eltville am Rhein
- Processes
- 3D printing / laser sintering of titanium implants (cervical cages), Manufacturing/sales of spinal implants (fusion: fixators, cages, plates), Kyphoplasty sets (KYPHOKIT 8G, KYPHOKIT 11G, KMC-Maxx), Vertebroplasty and vesselplasty (bone cement application), Cement augmentation via cannulated pedicle screws (Bone Filler D.A.R.T, 240 mm, Ø 3.7 mm), Expandable lumbar cages (Berkuda® X, 3°/8° lordosis), Open fixator system (Polyphem®, mono-/polyaxial, cementable, thoracolumbar), Cervical plates (Magnolis® P)
- Materials
- Ti6Al4V (titanium alloy, laser-sintered/3D-printed), PEEK (formerly used for cages, replaced by Ti6Al4V according to company history), Bone cement (low-, medium-, high-viscous), Bone substitute material (Bioteck®), Ti6Al4V (titanium alloy), PEEK, Bioteck® bone substitute material, Laser sintering / 3D printing
- Certificates
- DIN EN ISO 13485:2021, ISO 13485
- Industries
- Medical technology, Spinal surgery, Hospitals/Practices
- 01
Product development
- 02
Additive manufacturing (laser sintering of titanium implants)
- 03
Assembly of implant systems
- 04
Sales
- 05
Training
Materials & Processes
Ti6Al4V (titanium alloy)
Osteoconductive, radiopaque material for laser-sintered cages and fixator systems.
PEEK
Was formerly used for cages and was replaced by Ti6Al4V after 2013.
Bone cement (low-, medium-, high-viscous)
For screw augmentation, kyphoplasty, vertebroplasty and vesselplasty.
Bioteck® bone substitute material
Osteoconductive and osteoinductive material as pastes, chips and wedges.
Laser sintering / 3D printing
Process for manufacturing cervical cages from Ti6Al4V.
Locations
Eltville am Rhein
DEHeadquarters / Sales
Industries
Processes & technical limits
| Processes | Tolerance | Max. part | Weight | Lot size | Materials |
|---|---|---|---|---|---|
| 3D printing / laser sintering of titanium implants (cervical cages)Additive | – | – | – | – | Ti6Al4V |
| Manufacturing/sales of spinal implants (fusion: fixators, cages, plates)Assembly | – | – | – | – | Ti6Al4V |
| Kyphoplasty sets (KYPHOKIT 8G, KYPHOKIT 11G, KMC-Maxx)Other | – | – | – | – | – |
| Vertebroplasty and vesselplasty (bone cement application)Other | – | – | – | – | Knochenzement |
| Cement augmentation via cannulated pedicle screws (Bone Filler D.A.R.T, 240 mm, Ø 3.7 mm)Joining | – | – | – | – | Knochenzement |
| Expandable lumbar cages (Berkuda® X, 3°/8° lordosis)Assembly | – | – | – | – | Ti6Al4V |
| Open fixator system (Polyphem®, mono-/polyaxial, cementable, thoracolumbar)Assembly | – | – | – | – | Ti6Al4V |
| Cervical plates (Magnolis® P)Assembly | – | – | – | – | – |
| Bone substitute material (pastes, chips, wedges)Other | – | – | – | – | Bioteck® Knochenersatzmaterial |
Additional services
Quality & Certification
Maxxspine Innovative GmbH is certified according to DIN EN ISO 13485:2021 (certificate K23965-20251007-D-de of PÜG Prüf- und Überwachungsgesellschaft mbH, valid until 18.10.2028).
| Evidence | Eltville am Rhein |
|---|---|
| ISO 13485 |
History
- 2010
As Maxxspine Ltd., achieved a substantial kyphoplasty price reduction, which is still offered today through Maxxspine Innovative GmbH.
- 2013
Initiated the trend toward 3D-printed titanium cages (Ti6Al4V), which replaced PEEK in many areas.
- 2019
Revolutionized MIS fusion with a single-use instrument box weighing approximately 800 g.
- 2026
Maxxspine becomes part of Demetra (acquisition of Maxxspine Innovative GmbH).