FAQ

We offer advanced welding services tailored to each project:

• Capacitor discharge (CD) welding for precision, speed, minimal heat distortion, and leak-tight joining.
• Laser welding for high-accuracy joints and complex geometries.
• MIG and TIG welding for structural and other fabrication projects.

Modern equipment and skilled engineers support our work across a range of applications.

Our welding technologies work with a wide range of materials, including:

• Stainless steel
• Aluminum and its alloys
• Copper, brass, and other conductive metals
• Titanium and superalloys
• Dissimilar metals

Material compatibility depends on the welding process and application. For specialized materials, we provide testing and consultation to establish a suitable welding process.

Our expertise extends across multiple industries, including:

• Electronics: Battery terminals, connectors, and circuit assembly
• Aerospace: Lightweight structural components, fastener attachment, and precision systems
• Medical devices: Surgical tools, implants, and micro-assembly
• Automotive: Drivetrain and steering components, lightweight assemblies, electrical connections, and high-performance applications
• Construction and structural engineering: Stud and bolt fastening and facade components
• Energy: Photovoltaics, wind turbines, and nuclear components

We establish quality assurance processes around each project's requirements, including:

• Destructive testing: Microstructural analysis, tensile and compression strength testing, and bend testing.
• Non-destructive testing (NDT): X-ray and leak testing.
• Weld profiling and data logging: Tracking key parameters to verify process consistency.

Yes. We specialize in low-, medium-, and high-volume production welding. Every welding project is custom, including our one-off fabrication work. We develop the process around your part, materials, application, and production requirements.

Capacitor discharge welding supports high-throughput production with strong solid-state welds. Its benefits and applications include:

• Torque transmission: High-torque assemblies, including power take-off (PTO) and sun gear assemblies.
• Hermetic sealing: Assemblies requiring leak-tight joints, such as pressure switches, shocks and struts, and sealed bearing housings.
• Part preparation: Suitable applications can accommodate oil-covered parts without a separate washing step. We evaluate surface conditions during process development.
• Integrated tempering: Additional pulses can temper the weld in high-carbon and high-alloy materials without adding significant cycle time. Complete weld and temper sequences can often achieve part-to-part cycle times of 10–30 seconds, depending on the application.
• Material versatility: A variety of similar and dissimilar materials, subject to compatibility testing.
• Powdered metals: Low-, medium-, and high-density powdered metal materials.
• Foams and foils: Metal foams and foils in suitable applications.

Explore our CD welding capabilities.

Laser welding combines a small heat-affected zone (HAZ) and low heat input with minimal distortion and high-throughput production. Applications include:

• Drivetrain assemblies: Clutch assemblies, output shafts, planetary gear systems, and differentials.
• Tailor blank welding: Joining blanks for subsequent forming.
• Electric vehicle assemblies: Motor parts, battery components, and wire welding.
• Thermal systems: Heat exchangers and tube welding.
• Small electrical assemblies: Circuit assemblies, relays, and wire welding.

Material options include wrought carbon steels, stainless steel, Inconel, copper, titanium, and aluminum. We assess the material and joint design to establish a suitable process.

Explore our laser welding capabilities.

Our advanced equipment allows us to weld components ranging in size from micro-scale assemblies (ideal for electronics and medical devices) to large-scale structural applications, such as aerospace or construction components.

Lead times vary depending on project size, complexity, and material requirements. CD welding processes are particularly fast and suited to high-volume production. For custom or precision projects like laser welding, we work with you to develop timelines that align with your schedule and quality expectations.

Yes. Our CD and laser welding systems can join a variety of dissimilar metals. We test the proposed material combination and joint to develop parameters for a robust welding process suited to the application.

We review project designs, including CAD files and schematics, and can suggest changes to optimize the welding process. Contact us with your project details, and our team will coordinate file formats and transfer. The online inquiry form accepts your project description; file transfer is arranged with our team afterward.

Absolutely. Both our CD and laser welding methods are energy-efficient and produce minimal waste compared to traditional welding techniques. The short process times and precision-focused methods ensure that material usage is optimized.

Request a quote or call (937) 469-4647. Tell us about your materials, part or assembly, project size or production volume, and any specific requirements. Include the welding process if you know it; our team can help select a suitable process if you are unsure.

For additional questions or technical advice, contact our team.