Exotic Alloy Welding
Code-compliant TIG and laser welding for nickel-based alloys, titanium, aluminum, stainless steel, and other specialty materials requiring controlled fabrication.
Explore how specialized welding tools, processes, and qualified fabrication support work with exotic alloys. Alloy Metalworks combines engineering-aware collaboration, controlled fabrication, and code-compliant welding for demanding aerospace, energy, research, and advanced manufacturing applications. Learn which tools and methods suit titanium, aluminum, stainless steel, nickel-based alloys, and other challenging materials while reducing rework and supporting inspection-ready results.

Specialized welding and fabrication for exotic alloys, technical assemblies, prototypes, regulated systems, and demanding production applications.
Code-compliant TIG and laser welding for nickel-based alloys, titanium, aluminum, stainless steel, and other specialty materials requiring controlled fabrication.
Precision welding, prototyping, and specialty-alloy fabrication for aerospace, space technology, testing, research, and advanced flight applications.
ASME code welding and precision fabrication for energy equipment, pressure systems, storage technologies, experimental systems, and industrial assemblies.
Custom tools, fixtures, experimental assemblies, and small-batch fabrication for engineers, research teams, startups, and product development programs.
Collaborative weld procedure development, joint design, distortion control, process validation, and automation planning for complex technical projects.
Fabrication, repair, modification, and field welding for sanitary stainless steel piping and hygienic equipment used in regulated process environments.
Exotic alloy welding requires careful material preparation, heat control, shielding, and process discipline. Alloy Metalworks supports projects from engineering concepts through built parts, using qualified TIG and laser welding, traceability, documentation, and controlled fabrication processes. Titanium work can include custom inert gas chambers and purge setups, while other specialty alloys receive material-specific attention for strength, corrosion resistance, cleanliness, and inspection readiness.

See how engineering-led fabrication supports aerospace, energy, research, and advanced manufacturing programs.
Technical depth, controlled processes, and collaborative support for demanding fabrication work.
Welding aligned with applicable ASME and AWS requirements for demanding technical applications.
ISO 9001-controlled processes support documentation integrity, quality assurance, and inspection-ready fabrication.
Design input, procedure development, and process validation help reduce rework and downstream fabrication risks.
Experience with titanium, aluminum, stainless steel, nickel-based alloys, and other high-performance materials.
Engineering-minded fabricators turning complex designs into reliable built parts.

Technical Director, Managing Partner
Chris Gavitt is the Technical Director and Managing Partner of Alloy Metalworks, bringing deep expertise in precision welding and advanced materials fabrication. He holds a BS in Environmental Engineering from the University of Vermont and multiple certifications including AWS D18.1, AWS D17.1, AWS D1.2, AWS D1.1, and ASME Section IX. After beginning his career building skyscrapers in New York City following his 2012 graduation, Chris founded Alloy Metalworks in Colorado in 2020. He leads technical collaboration, precision welding operations, and detailed problem-solving for complex projects across aerospace, energy, and advanced manufacturing sectors. Chris's engineering background and hands-on fabrication expertise enable him to bridge design concepts with built reality, ensuring inspection-ready results for Colorado's most demanding technical applications.

Business Director, Managing Partner
Cynta Hritz serves as Business Director and Managing Partner at Alloy Metalworks, overseeing strategic operations and organizational excellence. She holds a BS in Strategic Communication and Advertising from the University of Colorado Boulder and an MS in Management and Organization with an emphasis in Business Strategy from the University of Colorado Denver. Cynta officially joined Alloy Metalworks in 2023 after completing her master's degree, though she had been involved in the company's evolution from its garage-based beginnings. She manages HR, purchasing, 3D drafting, project management, compliance systems, and daily business operations. Her strategic approach ensures the company maintains ISO 9001 quality standards while supporting rapid development cycles and complex technical requirements for clients across Colorado and beyond.

Fabrication Lead
Randy Zavala is the Fabrication Lead at Alloy Metalworks, bringing over 20 years of hands-on experience in high-end precision fabrication to every project. His expertise encompasses complex geometric builds, precision sheet metal work, finishing and polishing, and advanced welding techniques. Randy holds certifications in AWS D18.1 sanitary welding, AWS D1.2 structural aluminum, AWS D1.1 structural welding, and ASME Section IX, demonstrating his mastery across multiple welding codes. He has contributed to sophisticated projects including Incoloy chemical reactor systems and aerospace ground support structures. Randy's meticulous approach and deep technical knowledge ensure that every fabrication meets the exacting standards required by Colorado's aerospace, energy, and research organizations.

Sales Engineer
Richard J Morrow serves as Sales Engineer at Alloy Metalworks, leveraging his unique combination of technical and business expertise to connect manufacturing organizations with valuable partnerships. He holds a BA in Physics from St. Mary's College and an MBA from St. Thomas College, providing him with both scientific understanding and business acumen. With extensive experience in Advanced Manufacturing, Richard excels at understanding complex technical requirements and translating them into actionable project plans. He serves as the critical connector between Alloy Metalworks' engineering-driven fabrication capabilities and Colorado's aerospace, energy, research, and advanced manufacturing communities. Richard's collaborative approach ensures clients receive tailored solutions that meet their precise specifications and compliance requirements.
The tool used for welding depends on the process and material. Common equipment includes a TIG torch, MIG welding gun, laser welding equipment, shielding-gas systems, purge equipment, fixtures, and inspection tools. For exotic alloys, the correct setup depends on joint design, contamination risk, heat control, and applicable requirements. Alloy Metalworks can help match the process and equipment to the project.
Talk with Alloy Metalworks about materials, processes, tools, and fabrication requirements.
Alloy Metalworks supports technical fabrication and welding projects across Colorado.
Colorado
Service Area
ISO 9001 QMS
Quality System
5-Star Rating
Customer Rating
Contact the team to discuss your material, application, and fabrication requirements.
Qualified welding procedures for pressure and technical applications.
Aerospace welding qualification for flight-critical hardware.
Controlled quality management supporting traceable fabrication.
Share your material, design, application, and documentation needs so the Alloy Metalworks team can evaluate your project.
For immediate assistance, feel free to give us a direct call at +1 720-675-7105.
For immediate assistance, feel free to give us a direct call at +1 720-675-7105.