How Much Do Welders Make

If you run a welding business, knowing what welders typically earn in your state can help you make better hiring and pricing decisions.

A wage benchmark can help you decide whether an offer is competitive, estimate payroll costs for a new employee, and calculate how much labor a welding job will require. But the wage you pay an employee is only one part of your actual labor cost.

According to the U.S. Bureau of Labor Statistics (BLS), the median annual wage for welders, cutters, solderers, and brazers was $53,750 in May 2025, or about $25.84 per hour. The latest state-level data available in 2026 is also from May 2025. BLS: Welders, Cutters, Solderers, and Brazers

Quick Answer

The national median wage for Welders, Cutters, Solderers, and Brazers (SOC 51-4121) is $25.84 per hour, or $53,750 per year.

For contractors, this figure can serve as a starting benchmark when deciding how much to pay a welder. However, your actual labor cost will usually be higher than the employee's hourly wage because employers may also pay payroll taxes, workers' compensation insurance, benefits, paid time off, and other employment-related costs.

State wages vary significantly. Alaska has the highest median wage at $38.87 per hour, while Arkansas has the lowest at $23.06 per hour among the states with published median estimates.

The BLS data covers welders, cutters, solderers, and brazers as one occupation, so it should be used as a general labor-market benchmark rather than an exact rate for every type of welding work.

Welder Salary by State

The BLS Occupational Employment and Wage Statistics (OEWS) program provides wage estimates for occupations across the United States. The table below uses the May 2025 state estimates, which are the latest complete state-level data available in 2026. BLS: May 2025 State Occupational Employment and Wage Estimates

The difference between the highest and lowest state median salaries is more than $32,000 per year.

That does not necessarily mean a welder should move to the highest-paying state. Cost of living, availability of welding jobs, overtime opportunities, and the type of work available can all affect how attractive a particular location is.

For contractors, the more useful question is often how the local wage level should affect the cost of employing a welder. The state median provides a starting point, but the actual wage you offer should reflect the skills and responsibilities required for the position.

How Much Should a Contractor Pay a Welder?

There is no single hourly wage that works for every welding business.

The BLS median can provide a starting benchmark, but the appropriate wage depends on the work you need the employee to perform.

For example, a new welder performing relatively straightforward fabrication work may not require the same compensation as an experienced welder who can independently interpret drawings, perform complex welds, troubleshoot equipment, and handle demanding projects.

When setting a wage, consider:

• Experience and skill level
• Welding processes the employee can perform
• Materials and equipment they can work with
• Ability to read drawings and specifications
• Required certifications or qualifications
• Job complexity
• Local labor market
• Overtime and travel requirements
• Benefits and other compensation

A contractor also does not necessarily need to pay exactly the state median.

If you are struggling to attract qualified welders, offering a wage above the local median may be less expensive than leaving projects understaffed or repeatedly hiring and training new workers.

On the other hand, paying substantially above market without considering productivity and project pricing can put pressure on your margins.

The goal is to find a wage that is competitive enough to attract the skills your business needs while still working within your overall labor budget.

How to Calculate Welder Labor Cost

An employee's hourly wage is the simplest measure of labor cost, but it is not always the contractor's true labor cost.

Start with the direct wage:

Direct Labor Cost = Hourly Wage × Hours Worked

For example, if you pay a welder $28 per hour and they work 40 hours:

$28 × 40 = $1,120

The direct weekly wage cost is $1,120.

However, the business may also have employment-related costs. Depending on the business and employee, these can include employer payroll taxes, workers' compensation insurance, health benefits, retirement contributions, paid time off, and other costs.

A more complete calculation is:

Total Labor Cost = Wages + Employer Payroll Costs + Benefits + Other Employment Costs

For example, suppose an employee earns $28 per hour and the employer's additional employment costs average $6 per hour.

The approximate labor cost becomes:

$28 + $6 = $34 per hour

The business is therefore spending about $34 for each productive hour, even though the employee's wage is only $28.

If you want to account for wages and other employment costs more systematically, you can use our Labor Cost Calculator to estimate the total cost of employee labor.

This distinction matters when estimating the cost of a welding project.

If a project requires 30 hours of welding labor, using only the employee's $28 wage would produce:

30 × $28 = $840

Using the $34 total labor cost would produce:

30 × $34 = $1,020

That $180 difference can materially affect project profitability.

Labor Cost vs. Billable Rate

A contractor should not normally use employee wage as the customer-facing hourly rate.

Your customer rate needs to cover more than the welder's compensation.

A simplified pricing model is:

Customer Rate = Labor Cost + Overhead + Materials + Profit

Labor is only one component.

A welding business may also have expenses for vehicles, welding equipment, shop space, utilities, insurance, software, administrative work, equipment maintenance, and marketing.

For example, a contractor might have a welder whose total employment cost is $34 per hour. The business could still need to charge significantly more than $34 per hour to cover its other operating expenses and generate a reasonable profit.

This is particularly important for contractors who price projects based on estimated labor hours.

If you estimate 20 hours of labor at the employee's $28 wage, you get:

20 × $28 = $560

But if the actual labor cost is $34 per hour:

20 × $34 = $680

The $120 difference comes directly from the project margin if it was not included in the original estimate.

Factors That Can Change Your Actual Labor Cost

The BLS median is a useful benchmark, but your actual cost per productive hour can be different.

Overtime

If welders regularly work more than their normal schedule, overtime can increase payroll costs. A contractor should account for expected overtime when estimating annual labor expenses.

A wage that looks affordable based on a 40-hour week may become much more expensive if the business regularly relies on overtime to meet project deadlines.

Paid Nonproductive Time

Not every hour an employee is paid for becomes a billable hour.

Employees may spend time on training, equipment maintenance, cleanup, meetings, travel between jobs, material preparation, or other activities.

For a contractor, this means annual wages should not simply be divided by 2,080 hours and treated as the cost of every productive hour.

If an employee is paid for 2,080 hours but only 1,700 hours are actually productive or billable, the effective labor cost per productive hour will be higher.

Skill and Productivity

Two welders earning the same hourly wage may not produce the same amount of useful work.

An experienced welder may complete a project faster, require less supervision, produce less rework, and handle more complex jobs.

That can make a higher-paid employee less expensive on a project-by-project basis.

For contractors, the relevant question is therefore not only “How much does this employee cost per hour?” but also “How much productive work do we get for that labor cost?”

Using Welder Salary Data for Hiring Decisions

State salary data is most useful as a benchmark, not as an automatic wage-setting formula.

Before making an offer, compare the BLS state median with the actual position you are trying to fill.

A position requiring basic welding skills may fall around the lower portion of the local market. A position requiring several welding processes, independent fabrication, blueprint interpretation, or specialized experience may justify a higher wage.

You should also consider the total compensation package.

For example, two jobs may both offer $28 per hour, but one may include health insurance, paid holidays, retirement contributions, and predictable hours while the other does not.

From the contractor's perspective, those benefits are part of the cost of employing the worker.

Looking at total compensation rather than hourly wage alone gives you a more realistic picture of what an employee will cost the business.

Welder Salary and Business Profitability

Labor is often one of the largest costs in a welding business, so changes in employee wages can have a direct effect on profitability.

Suppose a contractor increases a welder's wage from $26 to $30 per hour.

The direct increase is:

$30 − $26 = $4 per hour

At 2,000 paid hours per year, that is roughly:

$4 × 2,000 = $8,000

in additional direct wages for one employee, before considering the additional employer costs that may be tied to a higher wage.

The contractor therefore needs to understand how that higher labor cost affects project pricing and margins.

There are several ways to respond. The business may adjust customer rates, improve productivity, reduce unproductive time, take on higher-value work, or accept a lower margin.

The right decision depends on the business and its market.

What Is a Good Welder Salary for a Contractor to Offer?

A good welder salary is one that is competitive enough to attract and retain the skills your business needs while remaining sustainable for your projects.

The $53,750 national median salary, or $25.84 per hour, is a useful starting benchmark. BLS: Occupational Employment and Wage Statistics

State-level data provides a better comparison for a specific market, but the BLS median should not be treated as a recommended wage for every contractor.

A contractor should consider the local market, the employee's experience, the welding processes required, expected productivity, overtime, benefits, and other employment costs.

Most importantly, separate employee wage, total labor cost, and customer billing rate.

They are three different numbers:

Employee Wage → Total Labor Cost → Customer Rate

Understanding the difference helps contractors make better hiring decisions, price welding work more accurately, and protect their profit margins.

For a welding business, salary data is therefore more than a hiring benchmark. It is also an important input when calculating labor costs and determining what a project needs to earn.