Fingers at Work — Injury Statistics and Claims Information

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Fingers at Work

Annual finger injury rates are slowly decreasing

OSHA recorded 29,560 severe finger injuries over the last decade, with amputations accounting for 87.1% of these incidents. These injuries frequently involve the loss of fingertips or significant tissue damage that requires immediate surgical intervention.

The loss of a finger or fingertip fundamentally alters a worker's ability to perform fine motor tasks essential to most trades. Beyond the immediate pain, these injuries often lead to permanent loss of grip strength and dexterity, which can prevent a worker from returning to their previous role.

Reported Projected
01k2k3k4k20152026
Data: Federal OSHA Severe Injury Reports (29 states). 2025 and 2026 data forecasted by ClaimsBoost research team.

What's Driving the Trend?

While the 10-year trend shows a 15.1% decrease in reported cases, the frequency of injuries remains high due to persistent hazards in powered equipment operation. Caught and entangled incidents during normal operation account for 40.5% of all reported cases, indicating that machine guarding remains a critical failure point.

Manufacturing leads all sectors with 54.4% of reported incidents, followed by construction at 11.2%. These industries rely heavily on stationary sawing, food processing, and molding machinery, which create constant exposure risks for workers' hands.

How Fingers Injuries Happen

Top causes based on OSHA incident reports

Most finger injuries occur when a worker is caught or entangled in running powered equipment, a scenario responsible for 40.5% of all reported cases. Whether it is a conveyor belt, a wood splitter, or a stationary saw, the speed of modern machinery leaves little room for error when a hand is in the wrong place.

1 Caught, entangled in running powered equipment— normal operation
Incidents
11,502
Share
46% of reported incidents
2 Compressed between running equipment and other object(s)
Incidents
4,378
Share
17% of reported incidents
3 Struck by rolling, sliding, or shifting objects—non-running
Incidents
2,317
Share
9% of reported incidents
4 Struck by running powered equipment— unspecified
Incidents
1,890
Share
8% of reported incidents
5 Injured by object handled by person
Incidents
1,623
Share
6% of reported incidents
6 Struck by falling object
Incidents
1,569
Share
6% of reported incidents
7 Struck by running powered equipment— during maintenance, cleaning, testing
Incidents
1,028
Share
4% of reported incidents
8 Struck by suspended or swinging object
Incidents
794
Share
3% of reported incidents
Cause Incidents Share
1Caught, entangled in running powered equipment— normal operation 11,50246% of reported incidents
2Compressed between running equipment and other object(s) 4,37817% of reported incidents
3Struck by rolling, sliding, or shifting objects—non-running 2,3179% of reported incidents
4Struck by running powered equipment— unspecified 1,8908% of reported incidents
5Injured by object handled by person 1,6236% of reported incidents
6Struck by falling object 1,5696% of reported incidents
7Struck by running powered equipment— during maintenance, cleaning, testing 1,0284% of reported incidents
8Struck by suspended or swinging object 7943% of reported incidents

Why This Matters for Your Case

Employers are legally required to protect workers from these hazards under 29 CFR 1910.212, which mandates that machine guarding must be provided to protect the operator from points of operation and nip points. Failure to maintain these guards or allowing bypass of safety interlocks often constitutes a direct violation of federal safety standards.

Industries with Most Fingers

Where these injuries occur most frequently

Manufacturing accounts for 54.4% of all severe finger injuries, largely due to the high volume of automated equipment and repetitive assembly tasks. In these environments, workers interact with high-speed machinery like extruders and stamping presses that can cause catastrophic damage in a fraction of a second.

Manufacturing 54%
Construction 11%
Wholesale Trade 6%
Retail Trade 5%
Transportation & Warehousing 5%
Other 19%

High-Risk Industries and Your Rights

Under 29 CFR 1910.147, employers must implement strict lockout and tagout procedures to ensure that machinery is de-energized during maintenance. Additionally, 29 CFR 1910.212 requires that all machinery be guarded to prevent contact with moving parts, a standard that is frequently cited in cases involving finger amputations.

Real Incident Reports

From actual OSHA investigation files

The incident reports reveal a recurring pattern where workers are injured while performing routine maintenance or clearing jams in equipment that has not been properly de-energized. Many of these injuries occur when kinetic energy is unexpectedly released from jammed materials, or when safety guards are absent or bypassed during operation.

Common Questions About Fingers Claims

About This Data
Source OSHA
Coverage 2015-2026
Updated April 2026
Author ClaimsBoost Research

The ClaimsBoost Research Team aggregates official government data to help workers understand workplace injury trends and their coverage options.

ClaimsBoost is not a law firm and does not provide legal advice. ClaimsBoost is not affiliated with, endorsed by, or connected to any government agency. Performance scores, rankings, and statistics displayed on this site are calculated by ClaimsBoost using publicly available government data from OSHA severe injury reports. Individual results may vary. Nothing on this site should be construed as legal advice or a guarantee of benefits. If you need legal help, we can connect you with licensed attorneys in your area.Some written content on this page was created with the assistance of AI to help interpret and explain the data. AI can make mistakes — all content has been reviewed for accuracy, but we encourage you to verify any information that is important to your situation.