FAINDUS
FAINDUS develops advanced ultrasonic non-destructive testing (NDT) equipment paired with automatic diagnosis software for industrial field applications. The company's lightweight, compact, high-power devices detect flaws in metal and composite materials and monitor hardness changes, with a proprietary database powering user-friendly auto-diagnostic algorithms that reduce reliance on expert operators.
- Manufacturing / Industry 4.0
- Hardware
Funding
Founders
Founder details are not available yet.
Product
Problem
Industrial safety inspections and material quality assessments often rely on bulky, complex ultrasonic testing equipment that requires specialized training to operate and interpret. Field-based inspections of metal and composite structures are time-consuming and prone to human error, delaying defect detection and hardness change monitoring across critical infrastructure.
Solution
FAINDUS develops advanced ultrasonic non-destructive testing (NDT) equipment paired with automatic diagnosis software that simplifies inspection workflows. The company's lightweight, compact, high-power ultrasonic devices are designed specifically for industrial field applications, enabling portability without sacrificing performance. A proprietary database powers user-friendly auto-diagnostic algorithms that detect metal and composite flaws and monitor hardness changes automatically. This integrated hardware-software approach reduces reliance on expert operators and supports consistent, repeatable inspection results across diverse industrial environments.
Target Audience
Primary customers are industrial inspection service providers, manufacturing facilities, and infrastructure operators that require reliable, portable ultrasonic testing for metal and composite materials, as well as sectors such as energy, construction, and marine industries needing automated NDT solutions.
Features
- Lightweight and compact high-power ultrasonic NDT devices optimized for on-site industrial use
- Auto-diagnostic software algorithms for metal and composite defect detection and hardness change monitoring
- Proprietary database that informs and improves diagnostic accuracy over time
- User-friendly interface designed to reduce operator skill requirements and interpretation errors
- SaaS-based automated diagnostic services, enabling streamlined setup and scalable deployment
- Dual operational footprint with a dedicated R&D laboratory supporting ongoing technology refinement