Free Welding Work Order Template
Document welding fabrication, repair, and inspection jobs with a professional work order template designed for welding shops and mobile welders.
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WORK ORDER
WO-20260303-2895
Customer
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Job Details
Requested
Mar 3, 2026
Scheduled
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Completed
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Scope of Work
Fabricate and install steel handrail system for exterior concrete steps. Cut, fit, and MIG weld 1.5-inch square steel tubing per customer-approved drawing. Grind all welds smooth, apply rust-inhibiting primer and two coats of satin black paint. Anchor to concrete with wedge bolts.
Materials / Parts
| Description | Qty | Price | Total |
|---|---|---|---|
| 1.5" Square Steel Tubing, 16 gauge (20 ft length) | 4 | $38.00 | $152.00 |
| ER70S-6 MIG Welding Wire 0.030" (11 lb spool) | 1 | $34.50 | $34.50 |
| Rust-Oleum Primer and Satin Black Paint (quart each) | 2 | $14.25 | $28.50 |
Labor
| Description | Hours | Rate | Total |
|---|---|---|---|
| Steel cutting, fitting, and welding | 5 | $95.00 | $475.00 |
| Grinding, surface prep, painting, and installation | 3 | $95.00 | $285.00 |
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What Is a Welding Work Order?
A welding work order template is a detailed document that welding shops, fabrication businesses, and mobile welders use to specify, authorize, and record welding projects from initial consultation through final inspection. It captures the type of welding process to be used — MIG, TIG, stick, or flux-core — the base metal type and thickness, filler material specifications, joint design and preparation requirements, and the applicable welding code or standard. Welding work is precision-oriented, and a single defective weld can compromise the structural integrity of an entire assembly. The work order serves as both a job instruction for the welder and a quality control document that records how each weld was performed. For shops that produce structural steel, pressure vessels, or components subject to regulatory inspection, the work order references the applicable Welding Procedure Specification and the welder's certification qualifications. It also includes space for non-destructive testing results such as visual inspection, dye penetrant testing, magnetic particle inspection, or radiographic examination. Whether you are fabricating custom railings, repairing heavy equipment, building structural connections, or performing pipeline welding, a professional work order ensures that every joint meets specification and every hour of labor and pound of filler material is accounted for. For mobile welding services, the work order additionally captures travel time, on-site conditions, and any safety hazards present at the customer's location.
Why Welding Businesses Need Work Orders
Welding businesses operate at the intersection of skilled craftsmanship and strict regulatory requirements, which makes documentation through work orders absolutely essential. From a quality standpoint, welding defects like porosity, undercutting, incomplete fusion, and cracking can lead to catastrophic structural failures. A detailed work order that specifies the welding process, parameters, and filler material for each joint — and documents that these specifications were followed — is the foundation of any quality management system. For shops certified to AWS D1.1, ASME, or API standards, work orders are not optional — they are a mandatory component of the documentation package that must be maintained for every fabricated assembly. Beyond compliance, welding work orders solve practical business problems. Welding consumables like filler wire, electrodes, shielding gas, and grinding discs represent a significant ongoing cost. Without work orders tracking consumption per job, shops lose visibility into their true material costs and consistently under-bid projects. Labor billing in welding is also complex because the actual welding time is only a fraction of the total job — fitting, tacking, grinding, surface preparation, and finishing consume the majority of hours. A work order that breaks down labor by task ensures that all time is captured and billed. For mobile welders, work orders document the on-site conditions, any safety precautions taken, and the customer's sign-off on completed work, which is critical protection against liability claims.
Tips for Welding Work Order Management
When creating welding work orders, always specify the welding process and position for each joint, as these determine the procedure, skill level, and time required. Note the base metal type, grade, and thickness — welding mild steel is fundamentally different from welding stainless steel or aluminum, and each requires different filler metals, shielding gas mixtures, and machine settings. Include the joint design — butt, fillet, lap, or corner — and the required preparation such as beveling, grinding, or cleaning. Reference the applicable Welding Procedure Specification number if the work is governed by a code. Document the filler metal by AWS classification, diameter, and quantity consumed, as this supports both billing and quality traceability. For multi-pass welds, note the number of passes and the interpass temperature if specified. Include a section for visual inspection notes on every completed weld — AWS requires at minimum a visual examination of all structural welds. Photograph critical welds before and after grinding for your records. Track shielding gas consumption by recording the cylinder pressure at the start and end of the job. For fabrication projects, include a materials cut list as an attachment to the work order so the shop can verify that all components are accounted for before assembly begins. Always get the customer to sign off on the completed work, especially for mobile welding jobs where you may not have direct supervision from a shop foreman.
Welding Work Order FAQ
What welding-specific details belong on a work order?
Include the welding process (MIG, TIG, stick, flux-core), base metal type and thickness, filler metal classification, joint type and preparation, shielding gas type and flow rate, welding position, applicable code or standard, and inspection requirements. These details ensure the welder uses the correct procedure and the finished work meets specification.
How do welding work orders support code compliance?
Welding codes like AWS D1.1 and ASME require documented evidence that each weld was performed according to an approved Welding Procedure Specification by a qualified welder. The work order links the specific job to the WPS and the welder's certification, creating the traceability package required during inspections and audits.
Should mobile welders use work orders differently than shop welders?
Mobile welders should add fields for travel time, on-site safety conditions, power source used, and the customer's on-site representative who authorized and approved the work. These details are critical for accurate billing of travel and for liability protection when working outside a controlled shop environment.