Power tools span cordless drills, corded electric hand tools, engine-powered saws, and stationary equipment. The available U.S. figures show substantial trade activity in 2021 and 2022, while a separate Consumer Product Safety Commission study provides detailed estimates of stationary-saw injuries from 2001. Together, these figures describe market flows and documented injury patterns, but they cover different years, product groupings, and measurement methods.
Contents
- U.S. power-tool shipments and trade
- 2022 comparison by power-tool category
- U.S. power-tool imports in 2021
- Stationary-saw injury estimates
- Injury type, body part, and treatment
- Who was injured
- How stationary-saw injuries occurred
U.S. power-tool shipments and trade
The U.S. Census Bureau’s Manufacturing and International Trade Report: 2022 and 2021 reports shipments and trade values in thousands of dollars. The categories are specific rather than a single all-inclusive power-tools market total, so each figure should be read as applying to the named product group.
In 2022, shipments of pneumatic, hydraulic, and powder-actuated power-driven handtools totaled $391,502 thousand. The same category had $185,460 thousand in total exports, including $147,764 thousand in domestic exports. General imports were $778,932 thousand, while consumption imports were $777,192 thousand.
Internal-combustion-engine power-driven handtools, including chain saws, cut-off saws, and drills, recorded $1,067,649 thousand in shipments in 2022. Total exports were $75,703 thousand and domestic exports were $67,196 thousand. General imports reached $247,144 thousand, compared with $395,871 thousand in consumption imports.
Battery-powered cordless power-driven handtools recorded $309,329 thousand in U.S. shipments in 2022. Total exports were $53,092 thousand, of which domestic exports were $15,458 thousand. General imports totaled $436,962 thousand, and consumption imports totaled $432,296 thousand.
Corded electric power-driven handtools, excluding battery-powered tools, recorded $183,108 thousand in shipments. The category’s total exports were $874,294 thousand, with domestic exports of $300,577 thousand. General imports were $5,314,158 thousand and consumption imports were $5,327,151 thousand.
These categories use different definitions, and the report presents the values as separate manufacturing and trade measures. The numbers therefore describe particular segments rather than establishing a ranking for every type of power tool sold in the United States.
2022 comparison by power-tool category
The 2022 figures make the difference between shipments and international trade especially visible. The table keeps the report’s units: thousands of dollars.
| Power-tool category | Shipments | Total exports | General imports | Consumption imports |
|---|---|---|---|---|
| Pneumatic, hydraulic, and powder-actuated handtools | $391,502 thousand | $185,460 thousand | $778,932 thousand | $777,192 thousand |
| Internal-combustion-engine handtools | $1,067,649 thousand | $75,703 thousand | $247,144 thousand | $395,871 thousand |
| Battery-powered cordless handtools | $309,329 thousand | $53,092 thousand | $436,962 thousand | $432,296 thousand |
| Corded electric handtools, excluding battery-powered tools | $183,108 thousand | $874,294 thousand | $5,314,158 thousand | $5,327,151 thousand |
The corded-electric category had the largest reported import values among these four groups in 2022: $5,314,158 thousand in general imports and $5,327,151 thousand in consumption imports. Its reported total exports were also $874,294 thousand. By contrast, internal-combustion-engine handtools had the highest shipment figure in this comparison, at $1,067,649 thousand.
Domestic exports provide another distinction. In 2022, domestic exports were $300,577 thousand for corded electric handtools, $147,764 thousand for pneumatic, hydraulic, and powder-actuated handtools, $67,196 thousand for internal-combustion-engine handtools, and $15,458 thousand for battery-powered cordless handtools. These are report-specific trade measures and should not be treated as sales to consumers.
U.S. power-tool imports in 2021
The same Census Bureau report also lists 2021 import measures. General imports of pneumatic, hydraulic, and powder-actuated power-driven handtools were $774,801 thousand, while consumption imports were $774,239 thousand.
For internal-combustion-engine power-driven handtools, general imports were $254,669 thousand in 2021. Consumption imports were $383,924 thousand. Battery-powered cordless power-driven handtools recorded $531,848 thousand in general imports and $543,792 thousand in consumption imports.
Corded electric power-driven handtools had the largest listed import values in 2021. General imports totaled $5,493,242 thousand, and consumption imports totaled $5,563,225 thousand. As with the 2022 data, the report uses separate categories and measures; the figures do not represent a single estimate for all power tools.
| Power-tool category | 2021 general imports | 2021 consumption imports |
|---|---|---|
| Pneumatic, hydraulic, and powder-actuated handtools | $774,801 thousand | $774,239 thousand |
| Internal-combustion-engine handtools | $254,669 thousand | $383,924 thousand |
| Battery-powered cordless handtools | $531,848 thousand | $543,792 thousand |
| Corded electric handtools | $5,493,242 thousand | $5,563,225 thousand |
General imports and consumption imports are both reported because they describe different trade concepts. Keeping them separate avoids treating two related measures as duplicate sales totals.
Stationary-saw injury estimates
Market figures do not measure safety outcomes. For injury context, the Consumer Product Safety Commission’s Injuries Associated with Stationary Power Saws, 2001 estimated that 93,880 saw-related injuries were treated in U.S. hospital emergency rooms in 2001.
About 36,400 of those injuries were associated with stationary saws. About 17,240 were associated with portable or hand-held saws, while about 40,240 were reported as associated with unspecified saws. These are estimates for 2001, not current annual totals.
Within the stationary-saw estimate, the study included about 38,000 table-saw injuries, 7,640 miter-saw injuries, 4,060 band-saw injuries, and 2,300 radial-arm-saw injuries. The source presents these as estimated injury counts, and the categories should not be expanded into claims about all power-tool injuries or all saw use.
The stationary-saw figures also provide a useful reminder that tool type matters. A table saw, miter saw, band saw, and radial-arm saw have different operating arrangements, even though all appear in the stationary-saw grouping used by the study. The reported estimates identify the equipment categories included in the 2001 emergency-room analysis.
Injury type, body part, and treatment
The 2001 stationary-saw estimates show the kinds of harm recorded in the study. Lacerations, amputations, fractures, and avulsions accounted for about 48,880 stationary-saw injuries. Contusions, abrasions, crushing, internal injuries, and foreign bodies accounted for about 3,120 cases.
Fingers were the injured body part in about 43,160 stationary-saw cases. Other listed body parts accounted for about 8,840 injuries. The body-part figures and injury-type figures are separate ways of describing the cases; they should not be added together as if they were mutually exclusive categories.
Treatment disposition was also reported. About 2,600 stationary-saw injury victims were hospitalized in 2001, while about 47,840 were treated and released. Both values are estimates from the CPSC report and cover the stationary-saw cases in that study, not all emergency-room visits for every kind of power tool.
The gap between hospitalization and treatment-and-release counts should not be interpreted as a measure of injury severity for every case. It reflects the treatment dispositions reported in the source and the scope of the stationary-saw estimate.
Who was injured
The CPSC study estimated an average age of 51 years for stationary-saw injury victims in 2001. People ages 15–64 accounted for an estimated 38,300 injuries, while people age 65 or older accounted for an estimated 12,500. Children ages 0–14 accounted for an estimated 1,200 stationary-saw injuries.
Operators accounted for about 51,000 stationary-saw injuries, compared with about 1,000 injuries among non-operators. This distinction is relevant when thinking about the immediate work area around a stationary saw: the operator category represented the large majority of cases reported in the study.
Male victims accounted for about 49,600 stationary-saw injuries, and female victims accounted for about 2,400. These figures describe the estimated victim counts in the 2001 study and should not be used to infer present-day risk without newer data.
Because the age, operator status, and sex categories are different classifications, they are not additive parts of one single total. They provide separate views of the victims represented in the CPSC estimate.
How stationary-saw injuries occurred
The CPSC’s October 1–December 31, 2001 special study estimated 14,300 emergency-room injuries associated with stationary saws during that three-month period. This shorter measurement period is distinct from the broader 2001 estimates described above.
Blade contact accounted for about 12,300 injuries in the special study. About 11,800 blade-contact injuries occurred while the saws were running. About 500 occurred while the saws were being turned on or off or were not running.
Among operator injuries in the special study, ripping accounted for an estimated 6,170 injuries. Crosscutting accounted for an estimated 2,050, while dadoing, mitering, or beveling accounted for an estimated 970. These are activity categories from the special study, with the measurement period limited to October through December 2001.
The study also recorded blade types involved in operator injuries. Combination blades were involved in an estimated 3,000 injuries, and rip blades were involved in an estimated 2,400. Crosscut, carbide-tip, continuous-flexible, dado, and other blades together were involved in an estimated 2,710 operator injuries.
The activity and blade-type figures are descriptive estimates from the special study. They do not establish that one operation or blade type causes all injuries, and they should not be projected forward as current rates. For DIY work, the clearest statistical signal in this historical source is the prominence of blade contact and operator involvement within the cases studied.