Stride Labs offers the OrthoStride™ software, which automates the CAD design process for custom orthotic insoles, transforming scans or impressions into finished products instantly. This technology increases engineering output by at least 10 times, significantly reducing design time and costs associated with custom foot orthoses, an FDA Class I Medical Device.
Funding
Funding not disclosed
Founders
Product
Problem
The manual design of custom orthotic insoles is a time-consuming and costly process, limiting production capacity and increasing turnaround times for orthotics labs. Traditional methods require skilled engineers and specialized CAD software, creating bottlenecks and hindering scalability.
Solution
Stride Labs offers OrthoStride™, an AI-powered software solution that automates the CAD design process for custom orthotic insoles. By leveraging advanced algorithms, OrthoStride™ instantly transforms 3D scans or impressions into finished insole designs, significantly reducing design time and costs. This automation enables orthotics labs to increase their engineering output by up to 100x, streamlining their workflow and improving overall efficiency. The software aims to eliminate design bottlenecks, allowing for faster production and delivery of custom foot orthoses.
Target Audience
OrthoStride™ is designed for orthotics labs seeking to automate their design process, increase production capacity, and reduce costs associated with custom foot orthoses.
Features
- AI-driven automation of custom orthotic insole design
- Instant conversion of 3D scans or impressions into finished designs
- Significant reduction in design time and costs
- Potential to increase engineering output by up to 100x