Exoskeleton Standards and Regulation: What Buyers and Suppliers Need to Know in 2026
A 2026 guide to exoskeleton standards, medical and industrial regulation, ASTM F48, ISO 25563, FDA clearance, CE marking and buyer due diligence.
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Latest insights
Recent guides, research and market notes
Original guides, research context, product analysis and market notes from Exoskeleton Index.
How to Plan an Exoskeleton Pilot: From Task Assessment to Deployment Decision
An evidence-led playbook for designing an exoskeleton pilot, selecting tasks and users, measuring outcomes, managing risk and deciding whether to scale.
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How to Evaluate and Compare Exoskeletons: A Practical Buyer’s Guide
A practical, evidence-led guide to defining the task, comparing exoskeleton technologies, assessing fit and safety, evaluating suppliers and planning a controlled pilot.
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Back-Support Exoskeletons: A Practical Buyer’s Guide
An evidence-led guide to comparing passive, powered, soft and rigid back-support exoskeletons by task fit, assistance, safety, usability and supplier support.
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Powered vs Passive Exoskeletons: How the Technologies Differ
Powered and passive exoskeletons create assistance in fundamentally different ways. This evidence-based guide compares their mechanisms, control, trade-offs, applications and selection criteria.
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What Is an Exoskeleton? Types, Technologies and Real World Applications
Exoskeletons range from passive workplace supports to powered rehabilitation robots. This evidence-based guide explains the technologies, applications, standards, risks and current limits of the research.
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Four ways to use the Insights library
Choose the route that best matches your current research stage.
01
Understand the technology
Learn how powered, passive and body area specific systems differ.
02
Evaluate products and suppliers
Review the fields, evidence and commercial signals that matter during early research.
03
Plan a pilot
Structure task selection, worker participation, measurement and supplier support.
04
Read research and evidence
Follow clinical studies, ergonomic trials, standards and academic developments.
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Recent product and company records
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Research and evidence
Studies, standards and technical context
Focused reading for teams that need more than product claims.
Why Workplace Exoskeleton Pilots Fail — What the 2026 Evidence Says to Do Differently
New 2026 research shows why exoskeletons can succeed in the lab yet fail at work. We examine task mismatch, productivity,…
Read articleThe Exoskeleton Market in 2026: Size, Growth, Companies and Adoption Trends
The exoskeleton market is moving from research and pilots toward commercial scale. This evidence-led 2026 analysis explains market size, industrial…
Read articleExoskeleton Standards and Regulation: What Buyers and Suppliers Need to Know in 2026
A 2026 guide to exoskeleton standards, medical and industrial regulation, ASTM F48, ISO 25563, FDA clearance, CE marking and buyer…
Read article
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Market Analysis
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Powered systems, passive support, control methods and technical concepts.
Standards & Regulation
Safety requirements, standards activity and regulatory developments.
Research & Evidence
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Manufacturing
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Healthcare & Rehabilitation
Clinical gait training, rehabilitation and assisted mobility.
Construction
Overhead tools, field operations and demanding work environments.
Defense & Emergency Response
Load carriage, tactical mobility and emergency operations.
Outdoor, Sports & Consumer Mobility
Outdoor movement, recreation and personal mobility support.
Research & Education
Academic platforms, laboratory research and education.
Agriculture
Bending, harvesting and repetitive field work.
