Professor Ferdinand Sauerbruch and Max Biedermann develop the Sauerbruch Arm for veterans from the First World War. The arm was developed in a workshop run by the German replacement limb institute (DERSA) in Singen. The Sauerbruch Arm yielded results that were highly superior than other prosthetic arms on the market.

Max Biedermann and Professor Sauerbruch open an orthopaedic workshop at the Surgical Hospital in Munich

The orthopaedic workshop at the Surgical Charité University Hospital in Berlin is opened with Max Biedermann and Professor Sauerbruch.

After the Second World War, Walter Biederman, Max’s son returns to Swabian and continues the business under a new name.

The Harms Mesh is developed by Dr. Jürgen Harms and Lutz Biedermann. This mesh is the first synthetic spinal vertebrectomy and interbody fusion device. The mesh was designed using titanium molded into a cylindrical shape that could be filled with an autologous bone graft.

The Biedermann Motech is founded at Villingen-Schwenningen.

MOSS Miami develops segmental correction, the stainless-steel system 1992 and the titanium system 1995.

Biedermann Motech and DePuy begin a joint venture, DePuy Motech in the USA, with a focus of expertise on spinal implant solutions in the orthopaedic market.

The Max Biedermann Institute, with the backing of the Steinbeis Foundation, is established in Berlin with the purposes of providing financial and logistical support for outstanding national and international research. The new institute also supported the development of projects for innovated new products, the investigation of phenomenta in the fields of orthopaedics, traumatology and surgery.

Biedermann Motech celebrates its 10^th anniversary. The joint venture Depuy Motech, between Depuy and Biederman Motech is now ranked as the 2^nd largest provider of spinal implants world wide.

The worlds first mini polyaxial screw system is introduced.

The MOSS Max a simplified screw set with dual innie and a 5mm rod is released.

The Max Biederman Instiutue (MBI) in Miami Beach, FL is founded. MBI in collaboration with the University of Miami carries out and supports research projects focused in biomechanics.

The MOSS Max Fenestrated Screw becomes the first fenestrated pedicle screw in the world.

The first dual innie favored angle screw, DIFAR.

A pediatric screw system is developed with a 4.5 mm rod and a low profile screw.

One of Max Biedermann’s Great-Grandson’s founds Miami Device Solutions in Miami, FL, which focuses on the development of innovative products for trauma surgery.

Biedermann Motech celebrates its 20^th Anniversary. The joint venture Depuy Spine, between Depuy and Biederman remains ranked as the 2^nd largest provider in the growing spinal implants market. The fourth generation of the Biedermann entrepreneurial family joins the management team.

Biedermann Technologies is founded with the goal on expansion, maintenance and licensing of Biedermann’s extensive portfolio of patents.

After 19 years the DePuy-Motech, joint venture is terminated. DePuy integrates with the spinal business acquired from Synthes. Biedermann broadens its scope of development and implementation of new innovative concepts and technologies for spinal and trauma surgery.

Biedermann Evotech is established which specializes in research into the application of new materials and concepts in spinal and trauma surgery.

The Biedermann Lab for Orthopaedic Research is founded. The Lab is established in collaboration with the University of Pennsylvania and focuses on research for the repair of osteoporotic bone fractures.

The MOSS 100 becomes the first screw shank technique with streamlined instrumentation.

TELIX K Interbody System with a steerable Banana TLIF Cage and roughened titanium surface with XRT® proprietary technology.

The Distal Radius Plating System and Olecranon Plating System are released. Both systems feature next generation ployaxial locking plate technology.

The Midshaft Plating Systems, 2.7mm and 3.5 mm screws, is released.

The MDS Injection Screw, a novel technology for the fixation of bone fractures and bone reconstruction of the humerus.

The MOSS VRS MIS Spinal System allows for advanced techniques in percutaneous surgery.

The Distal Radius 2.0 Locking Plate is released. The plate possesses a 360֯ feature that allows for advanced fixation options as well as 2.0 mm screws and 1.8mm pegs distally. The plate incorporates Next Generation Polyaxial Locking Technology®.