DARWIN Biomed company profile
DARWIN Biomed develops medical and rehabilitation devices for aging and mobility support. Its work sits around intelligent robotics for human movement, including assistive systems and rehabilitation concepts designed to support recovery, autonomy and physical function.
Facts
- Segment: Healthcare
- Country: Spain
- Founded: 2019
- Website: https://darwinbiomedical.com
Profile sections
- Summary
- Market context
- Facts
- Funding
- Investors
- Context / Market Position
- Events
- Team
- Context tags
- Sources
Summary
DARWIN Biomed develops medical and rehabilitation devices for aging and mobility support. Its work sits around intelligent robotics for human movement, including assistive systems and rehabilitation concepts designed to support recovery, autonomy and physical function.
Market context
DARWIN Biomed is relevant as assistive robotics moves from passive mobility aids toward powered devices that can sense posture, support walking and reduce fall risk. MICHELANGELO DARWIN Biomed builds assistive healthcare robotics for walking support and fall prevention.
Facts
- Website: https://darwinbiomedical.com
- HQ: Tudela, Spain
- Founded: 2019
- Segment: Healthcare
- Known funding rounds: 1
Funding
- 2026-05-07 - Pre-seed - $1M - DARWIN Biomed raises €1M pre-seed for MICHELANGELO smart walker - source: capital-riesgo.es
Investors
- Business angels - Participant - Angel / Individual - 1 funding event - first seen 2026-05-07
- Easo Ventures; Sodena - Lead - Vc - 1 funding event - first seen 2026-05-07
- ERREKA - Participant - Unknown - 1 funding event - first seen 2026-05-07
Assistive smart walker for mobility and fall prevention
DARWIN Biomed develops MICHELANGELO, an assistive smart walker that combines sensors, motorized wheels and active fall-prevention logic for healthcare and mobility support.
- Target environment: Healthcare, elder-care, rehabilitation and home mobility-support environments.
- Deployment model: Medical-device development path with clinical validation, regulatory approval and assistive-device commercialization.
- Customer context: Healthcare providers, older adults, rehabilitation teams and mobility-assistance users.
- Workflow context: Walking support, active fall prevention, posture monitoring, emergency alerts and mobility telemetry.
- Commercial maturity: Pre-seed healthcare robotics company moving through validation and regulatory approval before broad commercialization.
- Market position: Assistive robotics company focused on a smart walker rather than a general service robot.
- Adoption constraints: Adoption depends on clinical validation, regulatory approval, safety, reimbursement, user acceptance and manufacturing scale.
- Adjacent context: Assistive robotics, smart walkers, elder-care robotics, rehabilitation devices and mobility monitoring.
- Source confidence: high
Assistive smart walker for mobility and fall prevention
DARWIN Biomed develops MICHELANGELO, an assistive smart walker that combines sensors, motorized wheels and active fall-prevention logic for healthcare and mobility support.
- Target environment: Healthcare, elder-care, rehabilitation and home mobility-support environments.
- Deployment model: Medical-device development path with clinical validation, regulatory approval and assistive-device commercialization.
- Customer context: Healthcare providers, older adults, rehabilitation teams and mobility-assistance users.
- Workflow context: Walking support, active fall prevention, posture monitoring, emergency alerts and mobility telemetry.
- Commercial maturity: Pre-seed healthcare robotics company moving through validation and regulatory approval before broad commercialization.
- Market position: Assistive robotics company focused on a smart walker rather than a general service robot.
- Adoption constraints: Adoption depends on clinical validation, regulatory approval, safety, reimbursement, user acceptance and manufacturing scale.
- Adjacent context: Assistive robotics, smart walkers, elder-care robotics, rehabilitation devices and mobility monitoring.
- Source confidence: high
Assistive smart walker for mobility and fall prevention
DARWIN Biomed develops MICHELANGELO, an assistive smart walker that combines sensors, motorized wheels and active fall-prevention logic for healthcare and mobility support.
- Target environment: Healthcare, elder-care, rehabilitation and home mobility-support environments.
- Deployment model: Medical-device development path with clinical validation, regulatory approval and assistive-device commercialization.
- Customer context: Healthcare providers, older adults, rehabilitation teams and mobility-assistance users.
- Workflow context: Walking support, active fall prevention, posture monitoring, emergency alerts and mobility telemetry.
- Commercial maturity: Pre-seed healthcare robotics company moving through validation and regulatory approval before broad commercialization.
- Market position: Assistive robotics company focused on a smart walker rather than a general service robot.
- Adoption constraints: Adoption depends on clinical validation, regulatory approval, safety, reimbursement, user acceptance and manufacturing scale.
- Adjacent context: Assistive robotics, smart walkers, elder-care robotics, rehabilitation devices and mobility monitoring.
- Source confidence: high
Events
- 2026-05-07 - Funding - DARWIN Biomed raises €1M pre-seed for MICHELANGELO smart walker - DARWIN Biomed closed a EUR 1 million pre-seed round led by Easo Ventures and Sodena, with ERREKA as an industrial partner.
Team
- Adrián Jiménez Loygorri - Chief Executive Officer
Context tags
- Healthcare and assistive - Customer Environment - DARWIN targets senior care, active fall prevention and assistive mobility.
- Social assistive robotics - Peer Group - DARWIN Biomed develops assistive healthcare robotics around MICHELANGELO smart walker.
DARWIN Biomed canonical Korthos profile