Sendance provides patented, stretch‑able sensor grids that can be embedded in textiles, foam, 3D‑printed parts and other soft substrates, delivering robust, multi‑sensor data capture for wearables, orthotics, prosthetics and research prototypes. Their ISO‑certified cloud platform ingests, stores and exposes sensor data via APIs, while their engineering team offers end‑to‑end design, rapid prototyping and low‑volume production to accelerate custom sensor‑integrated solutions.
Funding
$516.7K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
1OTIFounders
Product
Problem
Integrating reliable, flexible sensors into wearables, orthotics, prosthetics, and research prototypes is challenging because conventional sensors are bulky, fragile, and limited to flat surfaces, restricting design freedom and data collection in complex or soft materials.
Solution
Sendance offers patented sensor grids that can be embedded in textiles, foam, 3D‑printed parts and other unconventional substrates while remaining stretchable and pressure‑resistant. The grids can be combined with multiple sensor types to capture a wide range of biomechanical and environmental data. A modular, ISO‑certified cloud platform handles data ingestion, storage, and analysis, enabling customers to integrate sensor outputs directly into their own software ecosystems. By collaborating with Sendance’s engineering team, clients move from concept through design, rapid prototyping (using 3D printing, laser cutting, and flexible electronics), iterative testing, and low‑volume production, accelerating time‑to‑market for custom wearable solutions.
Target Audience
Primary customers are orthotics and prosthetics practitioners, medical device developers, and research teams that need custom, durable sensor integration for wearables, clinical studies, or material testing.
Features
- Patented, stretchable sensor grids that can be integrated into textiles, foam, and 3D‑printed structures
- Robust construction tolerates high pressure and repeated deformation for daily‑use applications
- Multi‑sensor capability (e.g., pressure, strain, temperature) on a single grid for comprehensive data capture
- ISO‑certified sendance‑cloud for secure data collection, storage, and API‑based integration with customer platforms
- End‑to‑end development workflow: design consulting, rapid prototyping with advanced manufacturing, iterative testing, and small‑scale production
- Compliance with medical data standards, supporting orthotics, prosthetics, and clinical research use cases