Global Foot Orthopedic Insoles Market Companies
Hanger Inc., Orange Insoles, Aetrex, Inc., and others are some of the major companies in the foot orthopedic insoles industry. These major businesses are concentrating on enhancing their methods for research and development and providing materials that maximize consumer pleasure. In order to improve their product offerings through partnerships, major firms are concentrating on strategic alliances and acquisitions.
List of Key Players in the Market:
- Hanger Inc.
- Orange Insoles
- Aetrex, Inc.
- FOOTBALANCE SYSTEM LTD.
- TYNOR ORTHOTICS
- Materialise
- Digital Orthotics Laboratories Australia Pty Ltd.
- Colfax Corporation
- Formthotics Foot Science
- Blatchford Limited
- Ottobock
- Superfeet
- Össur
- A. Algeo Ltd.
- Bauerfeind
Recent News:
- For instance in October 2024, A Florida Technology Company launched a new mobile phone application called MediScan, which allows users to create the same medical-grade custom shoe insoles. With the help of this software, users might use their smartphones or tables to produce accurate 3D lidar scans of their feet. The finished product is directly sent to user doorstep, without need of orthopedic doctor.
- For instance in January 2023, the updated 5th Avenue line of flexible, personalized orthotics for distinct foot structures was introduced by Foot Levelers. By decreasing pain, weariness, and discomfort from high-end footwear, this novel design and manufacturing required to balance the three arches of the foot, addressing the structural variances between men and women and preventing major foot health problems in women.
- For instance in July 2023, A new tool from Sole Dynamix enabled users to design extremely precise personalized foot orthotics from the convenience of their own homes. In order to develop custom-fit insoles, the new product employs cutting-edge technology to assess the contour of the customer's foot and generate a 3D model. Depending on the requirement of the client, the procedure can be completed with smartphones or tablets that support 3D scanning and printing technologies.
- For instance in November 2022, BASF launched Elastollan, a shoe insoles made up of thermoplastic polyurethane (TPU) to offer a high degree of individualization comfort. Using 3D printing techniques, the Duro3D paver produced personalized shoe insoles using TPU as a material. The 3D printing of BASF aimed to allow manufacturer for manufacturing of smooth, soft and hard structures of insoles.
- For instance in April 2021, Covestro and GeBioM expanded their partnership for orthopedic footwear. Their objective was to train orthopedic shoemakers to use 3D printing to create bespoke insoles. Filaments made of Covestro's innovative Addigy FPU 79A thermoplastic polyurethane (TPU) were utilized. This comapny partnered with a Danish printer to provide a new and environmentally friendly way to produce shoe insoles. The goal of this partnership was to create a printer and TPU material that would enable the printing of very soft insole constructions.