MIG Welding Built for Strength and Production Efficiency
MIG welding, also known as Gas Metal Arc Welding (GMAW), uses a continuously fed wire electrode to create the weld. Its combination of speed, versatility, and consistent weld quality makes MIG welding a practical choice for a wide range of custom fabrication and production applications.
Budde provides comprehensive welding capabilities for projects ranging from light-gauge components to heavy structural welds.
Our MIG welding capabilities help manufacturers:
01
Produce strong, consistent welded joints
02
Efficiently weld larger components and assemblies
03
Support repeat-production requirements
04
Join a variety of commonly fabricated metals
05
Accommodate light-gauge through heavier fabrication
Why Use MIG Welding?
Efficient Welding for Production
The continuously fed wire used in MIG welding allows welders to maintain the arc without repeatedly stopping to replace the electrode. This makes MIG welding an efficient option for longer welds, larger assemblies, and production applications.
Strong, Consistent Welds
With the appropriate process parameters and joint preparation, MIG welding produces reliable welded joints across a wide variety of fabricated components.
Versatility Across Applications
MIG welding can accommodate different materials, thicknesses, joint configurations, and component sizes, making it a versatile process for custom metal fabrication.
Well Suited for Larger Weldments
The speed and deposition rate of MIG welding make it particularly useful for fabricated frames, structures, and other assemblies containing longer or numerous welded joints.
Integration With Complete Fabrication
Welding quality starts with parts that are cut and formed correctly. Budde can manage cutting, forming, machining, welding, and assembly under one roof, helping maintain consistency from individual components through completed weldments.
Our MIG Welding
Capabilities
Budde combines experienced welding professionals with comprehensive fabrication capabilities to support projects of varying size, complexity, and production requirements.
| Capability | Budde MIG Welding |
|---|---|
| Welding Process | MIG / Gas Metal Arc Welding (GMAW) |
| Project Range | Individual components through complete welded assemblies |
| Fabrication Range | Light-gauge material through heavy structural welds |
| Production Support | Custom, prototype, and repeat-production applications |
| Welding Location | In-shop or custom work at your facility |
| Additional Welding Capabilities | TIG and spot welding |
| Integrated Services | Laser cutting, press brake forming, machining, assembly, and inspection |
Actual welding requirements depend on material, thickness, joint geometry, accessibility, weld specifications, finish requirements, and the intended application. Contact Budde to review your application.
Materials for MIG Welding
MIG welding can accommodate several metals commonly used in custom fabrication. The appropriate welding parameters, wire, and shielding gas depend on the material and application.
Not sure whether MIG or TIG welding makes more sense for your application?
Budde can evaluate your material, geometry, production requirements, and finished-part expectations to recommend an appropriate process.
Carbon Steel
MIG welding is widely used for carbon steel components and assemblies because it combines strong welds with efficient production. Applications range from fabricated brackets and equipment components to frames and larger weldments.
Stainless Steel
MIG welding can be used for stainless steel components where corrosion resistance is required and production efficiency makes the process preferable to more time-intensive welding methods.
Aluminum
With the appropriate equipment and process setup, MIG welding can be used for aluminum components and assemblies, particularly where longer welds or higher production rates are required.
Other Materials
Material grade, thickness, surface condition, and application requirements all influence the appropriate welding process. Budde can review your specifications to determine whether MIG welding or another joining method is the better fit.
Designing Parts for
MIG Welding
Good weld design can improve production efficiency, reduce distortion, and help create more consistent finished assemblies.
When designing a MIG-welded component, engineers should consider:
Joint Design and Fit-Up
Accurately cut and formed components create more consistent joint gaps and alignment. Good fit-up makes welding more predictable and can reduce unnecessary rework.
Weld Accessibility
The welding gun must be able to reach the joint at the appropriate angle. Tight corners, enclosed channels, and other restricted geometries can make welding more difficult or require a different assembly sequence.
Material Thickness
Material thickness affects joint preparation, welding parameters, and the amount of heat required to create an appropriate weld. Include material specifications and thicknesses with your RFQ.
Weld Size and Length
More welding isn’t always better. Oversized or unnecessarily long welds add heat, material, and production time and can increase the potential for distortion. Specify welds according to the functional requirements of the assembly.
Weld Distortion
Heating and cooling during welding can cause sheet metal components and larger weldments to move. Part geometry, weld placement, sequencing, and fixturing all influence the final assembly.
Tolerance Stack-Up
Individual components may meet their specified tolerances while variation accumulates across a multi-part welded assembly. Critical finished dimensions should be clearly identified so the fabrication and welding sequence can account for them.
Finish Requirements
If welds must be ground, blended, coated, or otherwise finished after welding, identify those requirements on the drawing or RFQ so they can be incorporated into the manufacturing plan.
Providing drawings with weld symbols, materials, critical dimensions, and finish requirements helps Budde evaluate manufacturability and quote your project accurately.
MIG Welding vs. TIG Welding
| Material | Relative Cost | Notes |
|---|---|---|
| Cold Rolled Steel | Low | Most economical fabrication material |
| Galvanized Steel | Moderate | Slightly higher due to coating |
| Aluminum | Moderate to high | Lightweight but more expensive |
| Stainless Steel | High | Higher material and tooling costs |
More Than a MIG
Welding Supplier
Our MIG welding capabilities are part of a complete fabrication operation that can support your project from individual cut and formed components through welding, assembly, and inspection.
Whether you’re developing a prototype, sourcing a repeat-production weldment, building a large fabricated assembly, or consolidating multiple fabrication processes with one supplier, Budde is ready to help.