Industrial

Precision Welding for Aerospace, Defense, Automotive, Industrial & Food Processing Applications

Microtech Welding Corp. is proud to serve as a trusted Tier 2 supplier delivering high-integrity, precision welds for demanding components and assemblies across multiple industries.  We meet the rigorous quality, performance, and efficiency standards of aerospace and defense OEMs as well as automotive, industrial, and food processing manufacturers.

Industries We Serve

Aerospace & Defense	Industrial Manufacturing
Automotive	Food Processing

From propulsion components to mission-critical subassemblies, we specialize in applications where failure is not an option.  Our clean, controlled facility is designed for precision and contamination control, meeting the stringent requirements these industries demand.

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Material Expertise for High-Performance Applications

Industrial parts often require the joining of high-performance metals that can withstand extreme temperatures, vibration, pressure, and fatigue.  We regularly work with the specialty metals and high-performance alloys used in aerospace, defense, automotive, and industrial manufacturing, including:

• Inconel - Nickel-based superalloys ideal for high-temperature, corrosion-resistant components in aerospace engines and exhaust systems
• Titanium Alloys - Lightweight and strong for aerospace structures and fatigue-sensitive parts
• Aluminum (multiple grades/types) - Preferred for lightweight applications across aerospace, automotive, and industrial sectors
• Stainless Steel - Corrosion-resistant and widely used across structural components
• Tool Steel - Used for high-wear precision parts and tooling
• Carbon Steel - Common in brackets, housings, frames, and structural assemblies

Our inventory of specialty filler metals ensures metallurgical compatibility, integrity, and longevity across dissimilar joints and complex alloys commonly found in critical applications.

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Specialized Welding Capabilities

Micro-TIG Welding (GTAW)

Ideal for working with thin-walled components and small-scale assemblies common in aerospace, defense, and precision automotive parts.  Allows for exceptional control over arc and heat input, minimizing distortion and maximizing strength.  Benefits include:

• High-precision welds for delicate or dimensionally sensitive parts
• Minimal heat-affected zone to preserve material properties
• Excellent for fine features and localized weld areas
• Suitable for reactive and high-value metals like titanium and Inconel
• AWS D17.1 certified for aerospace applications

Laser Beam Welding (LBW)

Offers an extremely focused heat source, delivering deep-penetration welds with low distortion and exceptional repeatability.  Especially well-suited for automated production environments and critical assemblies requiring micro-precision.  Benefits include:

• Clean, narrow welds with a high depth-to-width ratio
• Minimal thermal distortion, ideal for heat-sensitive aerospace and automotive components
• Welds in tight, hard-to-reach geometries
• Consistent results across production runs with CNC control integration
• High strength with minimal post-processing

Standard TIG Welding

For larger components and general repairs, it provides the versatility and strength needed for aerospace, defense, automotive, and industrial structural parts.  Ideal for more substantial geometries, material build-up, or major rework.  Benefits include:

• Superior arc control and weld pool visibility
• Excellent for filling gaps and performing structural reinforcement
• Ideal for welding thicker materials or performing full-penetration welds
• Compatible with a wide variety of metals used across industries
• Deeper penetration for thicker sections with smooth, clean weld profiles

Plasma Arc Welding (PAW)

For components that demand deep penetration and high arc stability, our PAW process offers outstanding control and consistency.  Ideal for thicker aerospace structures and high-temperature applications where structural integrity and long-term durability are essential.  Benefits include:

• Narrow weld profiles with superior arc control
• Ideal for automation and repeatability in production
• Reduced rework and post-processing with clean, stable welds
• Better control over heat input compared to conventional TIG
• Highly stable arc with minimal spatter and distortion
• Excellent for high-strength, corrosion-resistant alloys
• Adaptable for manual, mechanized, or fully automated welding stations

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Applications We Support

Our welding solutions support a wide range of applications across aerospace, defense, automotive, and industrial sectors, including:

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Why Choose Microtech for Aerospace, Defense, Automotive & Industrial Applications?

• Tier 2 supplier for defense, aerospace, and automotive systems
• Extensive material expertise in titanium, Inconel, aluminum alloys, and stainless steels
• AWS D17.1 certified welders meeting aerospace-grade standards
• ISO 13485:2016 certified quality system adapted for critical weld inspection
• Over 100 years of combined welding experience across our team
• In-house process development and metal sectioning lab for rapid qualification and prototyping
• Clean, controlled facility designed for precision and contamination control
• Rapid turnaround with comprehensive traceability and process documentation
• Certified, experienced technicians using state-of-the-art equipment
• Capability to weld exotic materials and dissimilar metals

Whether you're working on propulsion components, mission-critical subassemblies, automotive performance parts, or industrial automation equipment, Microtech Welding Corp. delivers the precision, strength, and repeatability you need with weld integrity, performance, and traceability on every project.

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