Laser diodes manufacturing · New Mexico

OSHA 300 log

Albuquerque, NM · ~408 workers · 2 years of OSHA Injury Tracking Application data.

A
Excellent Safety Record
0.7
Avg TCR
3.3
Industry avg
0
Fatalities

The verdict

OSHA 300 log runs at 20% of its industry's injury rate - far safer than the typical Laser diodes manufacturing workplace, earning a grade A.

A
Excellent Safety Record
0.7
avg TCR · per 100 workers
3.3
industry benchmark (BLS)
5
recordable injuries tracked

Grade compares OSHA 300 log's OSHA Total Case Rate of 0.7 to the Laser diodes manufacturing BLS benchmark of 3.3 (20% of benchmark) across 2 years of Form 300A filings (2016–2024). <a href="/methodology">See methodology</a> for reporting-limitation caveats.

Injury rate over time

OSHA 300 log's yearly Total Case Rate, against the 3.3 industry benchmark.

01234 20232024 0.53.3 Industry benchmarkOSHA 300 log TCR
Total Case Rate (recordable injuries per 100 full-time workers), OSHA ITA Form 300A. Industry benchmark: BLS IIF, NAICS 334413.

Where OSHA 300 log falls in its industry

620 Laser diodes manufacturing establishments

Safer than 46% of graded establishments in this industry, whose median TCR is 0.5.

More dangerous than peersSafer than peers

Narrower to New Mexico alone (the establishments it most directly competes with for workers and contracts): ranked #2 safest of 6 Laser diodes manufacturing employers in New Mexico.

Trend analysis for OSHA 300 log

Between 2023 and 2024, OSHA 300 log's Total Case Rate improved from 0.8 to 0.5 recordable injuries per 100 full-time workers, a 30% decrease across 1 year of OSHA reporting.

The safest year on record was 2024, at a TCR of 0.5, while 2023 saw the highest rate, at 0.8, a spread of 0.2 points between the best and worst reporting years. That's a comparatively narrow spread, suggesting a fairly consistent safety record across the 2 years with a usable rate on file, rather than one outlier year skewing the multi-year average.

Summed across those 2 reporting years, OSHA 300 log recorded 5 total injuries and illnesses, with no fatalities reported in any of those years. Readers comparing establishments should weigh the 2-year trend above alongside establishment size, since a larger workforce naturally accumulates more raw incidents even at a lower per-100-worker rate.

Verify This Employer with OSHA

The 5 injuries shown on this page for OSHA 300 log are sourced from its own 2 years of mandatory OSHA Form 300A summaries. Cross-check the underlying establishment record directly against the federal source, name, NAICS classification, recordable case totals, and inspection history are all searchable on OSHA's Establishment-Specific Injury and Illness Data system.

Verify on OSHA Establishment Search

Source: U.S. Department of Labor, OSHA Establishment-Specific Injury and Illness Data. NAICS 334413 - Laser diodes manufacturing.

DART Rate, Transparent Calculation (2024)

What is the DART rate formula?

DART (Days Away, Restricted, or Transferred) is computed by OSHA as incidents × 200,000 ÷ hours worked. The 200,000-hour denominator equals roughly 100 full-time workers, which lets establishments of very different sizes be compared directly.

0 DART incidents × 200,000 ÷ 754,678 hours worked = 0.00 DART

Methodology: 29 CFR 1904, OSHA Form 300A recordkeeping

Cross-Validating Context, Establishment vs Industry vs State

Benchmark TCR Source
OSHA 300 log (this establishment) 0.65 OSHA ITA Form 300A, 2-year avg
Microprocessor chip manufacturing industry avg 3.30 BLS IIF, NAICS 334413
New Mexico state avg (all industries) 5.12 OSHA ITA, state-level rollup

Industry benchmarks: Bureau of Labor Statistics, Injuries, Illnesses, and Fatalities (IIF) program

Reportable Incident Timeline

Year-by-year reportable incidents (recordable injuries + illnesses + fatalities) submitted by OSHA 300 log to OSHA's Injury Tracking Application. Each row anchors to OSHA's inspection records search where you can pull the underlying inspection case numbers and citations for that establishment-year.

Source: OSHA Inspection Information System (IMIS) - inspection case-number records

Year-by-Year Safety Data

Year TCR DART Injuries Illnesses Fatalities
2024 0.5 0.0 2 0 0
2023 0.8 0.0 3 0 0

What this grade means for you

Use this grade as a relative read on OSHA 300 log's reported OSHA injury record, strong versus its Laser diodes manufacturing peers, but not a guarantee about any single site today.

  • At 20% of the Laser diodes manufacturing benchmark, OSHA 300 log reports fewer injuries than typical peers, still worth asking how safety is managed day to day. Know your rights
  • Judge this record against the wider Laser diodes manufacturing sector, where injury rates vary widely, before comparing it in isolation. See the industry
  • Grades reflect 2016–2024 filings; check the latest establishment record straight from OSHA, or look up a different employer. Look up another

Safety grades reflect employers' self-reported OSHA Form 300A filings from 2016 to 2024 and can lag current conditions. A grade is not a guarantee that any specific workplace is safe or unsafe today. See our methodology and disclaimer.

Frequently Asked Questions

What is OSHA 300 log's safety grade?
OSHA 300 log has a safety grade of A (Excellent Safety Record). This grade is based on their average Total Case Rate (TCR) of 0.7 compared to the BLS industry benchmark of 3.3 for Laser diodes manufacturing.
How many injuries has OSHA 300 log reported?
OSHA 300 log has reported 5 total injuries and 0 fatalities across 2 years of OSHA data (2024, 2023). This data comes from mandatory OSHA Injury Tracking Application (ITA) reports.

Similar Employers

Matched by safety record across the industry, by workforce size within New Mexico, and by nearby establishments in Albuquerque - a different peer set than the category browse links below.

Data Source: OSHA Injury Tracking Application (ITA), mandatory establishment-level injury/illness reports. Grades compare employer Total Case Rate (TCR) to BLS IIF industry benchmarks. Data covers years reported by this establishment: 2024, 2023. This is publicly available government data - not a legal determination of workplace conditions.
Data sourced from official public datasets. See our methodology for details. Retrieved and formatted by PlainSafetyScore Editorial

Every figure and grade on PlainSafetyScore is computed directly from OSHA's published Injury Tracking Application data and BLS industry benchmarks, no number is typed in by an editor. See our editorial standards & corrections policy, the methodology behind these safety grades, or report a data error. Data current as of 2016-2024 OSHA ITA release.