America’s Trusted Manufacturer for Exotic Alloy Laminations, Electric Cores and Assemblies.
Contact UsABOUT
We Primarily Serve The Aerospace and Defense Industries
Capabilities
- MATERIALS
- LASER CUTTING
- TOOLING
- METAL STAMPINGS
- LAMINATIONS
- CUSTOM ANNEALING
- MAGNETIC TESTING
- ASSEMBLIES
- BONDING
- LASER WELDING
- MOTOR CORES
- POWDER COATING
- MACHINING
- EQUIPMENT
- PRODUCT DEVELOPMENT LAB
MATERIALS
Wingard Aerospace produces motor, transformer, & generator laminations from a variety of electrical steels & non-metallic materials.
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LASER CUTTING
Wingard Aerospace produces custom laser cut laminations and end fibers for multiple applications.
Keep your productivity high with Wingard Aerospace’s in-house capabilities:
customized, high-quality, low-cost laser cut laminations resulting in rapid product development.
TOOLING
Well-designed tooling is the key to producing consistent, high-quality metal stampings and laminations.
Wingard Aerospace works with your engineers to design and build custom tools or to repair and maintain those tools you already have in use.
Learn More
METAL STAMPINGS
With over 60 years as the premier provider of precision stampings for a vast array of industries and OEMs, we have the experience you’ll need for specialized jobs. We are accomplished at stamping complex shapes from all types of materials, including electrical steels and high temperature alloys, such as Inconel™, in addition to plastics, soft copper or spring steel.
Learn More
LAMINATIONS
Wingard Aerospace offers high-precision stamped and laser-cut laminations for a wide range of applications — from aerospace to energy. Whether you need a single part or a million, you can expect exceptional consistency (within .0002″), minimal burr, and outstanding flatness. Laser-cut parts feature minimal or no recast layer or heat-affected zones, and in-house annealing enhances magnetic performance. All laminations arrive ready to stack, with no additional finishing required. Wingard Aerospace’s capabilities include motor, transformer, and generator laminations; bonded or welded cores; aerospace-grade electrical steel; motor end fibers; and a variety of insulators, separators, and end plates.
Learn More
CUSTOM ANNEALING
We anneal laminations, including stress-relief for Silicon Iron and advanced aerospace materials. Using a pure, dry hydrogen atmosphere at precise temperatures, we balance strength and magnetics in nickel and cobalt alloys. We also apply thin oxide coatings for improved resistivity.
Our process enhances magnetic properties, verified through specialized magnetic and ASTM testing—complete with documented results. Wingard Aerospace ensures the right setup, equipment, and controlled treatment atmosphere for every material.
Learn More
MAGNETIC TESTING
Wingard Aerospace helps engineers maximize motor performance through specialized annealing processes tailored to both standard and aerospace-grade materials. We go beyond typical stress-relief annealing by offering precise treatments in pure, dry hydrogen atmospheres—ideal for balancing strength and magnetic properties in nickel or cobalt alloy laminations. We can also enhance resistivity with a thin oxide layer. To ensure optimal results, we conduct magnetic testing and verify all processes through sample testing in accordance with ASTM standards. With the right setup, equipment, and controlled environments, Wingard Aerospace delivers reliable, repeatable results for even the most demanding applications.
Learn More
ASSEMBLIES
Wingard Aerospace has the experience and in-house capability to create precision assemblies. With our in-house stamping, bonding, and machining services, we are vertically integrated to bring added value to your part.
Our engineering team can quickly develop custom assembly lines to meet your needs. Operations may include shaft insertion, sub-assembly, EDM, drilling, tapping, grinding, and more.
Learn More
BONDING
Our bonding capabilities include precision adhesive bonding for laminations, mechanical assemblies, and specialty components. Using aerospace-approved materials, tightly controlled curing processes, and rigorous inspection protocols, we ensure consistent bond integrity and long-term structural stability. Through strict process controls and certified adhesive systems, our bonding operations enhance component strength, reduce mechanical stress, and deliver the reliable performance required for demanding aerospace and defense applications.
Learn More
LASER WELDING
Our laser welding capabilities deliver precise, high-strength welds for complex aerospace and defense components. Using advanced laser technology, we achieve deep, accurate weld penetration with minimal heat-affected zones, reduced distortion, and exceptional repeatability. Supported by strict process controls and comprehensive inspection, our laser welding operations ensure consistent weld integrity and reliable performance in mission-critical environments.
Learn More
MOTOR CORES
High-precision laminations make high-quality cores. Wingard Aerospace laminations make the highest quality stacks. We can also assemble cores from laser cut laminations, customer supplied laminations, or high-volume progressive die laminations.
All primary and secondary processes needed to make your motor, transformer, or generator cores are offered in-house.
Learn More
POWDER COATING
Wingard Aerospace specializes in electrostatic epoxy powder coating of armatures, stators, and all other shaped lamination cores.
Powder coating provides a continuous dielectric insulating layer with strong chemical and heat resistance to protect motor windings. From performance and cost perspectives, powder coating is often superior to plastic or paper slot liners.
At Wingard Aerospace, we typically offer 6500 HCT from Powder Technology, Inc., a High Cut-Through resistant, high dielectric strength blue epoxy coating. PTI’s 6500 HCT exceeds NASA outgassing standards, and can be used for stators, armatures, and other similar components.
Learn MoreMACHINING
Our machining capabilities feature advanced CNC milling systems engineered for precision, repeatability, and efficiency. From complex geometries to tight-tolerance features, our CNC mills and experienced machinists ensure highly accurate, consistent results that meet the demanding requirements of aerospace and defense applications. Supported by robust quality controls and modern tooling, we deliver dependable performance from prototype through full-scale production.
Learn More
EQUIPMENT
Wingard Aerospace’s advanced manufacturing facility combines high-tonnage presses, precision machining, and specialized finishing systems with a full in-house tool and die department. Supported by cutting-edge quality control technology, including vision inspection systems, coordinate measuring machines, and advanced testing equipment, we ensure every part meets the highest standards of accuracy and reliability. This comprehensive capability allows Wingard Aerospace to deliver precision manufacturing from start to finish with unmatched consistency and quality.
Learn More
PRODUCT DEVELOPMENT LAB
Our state-of-the-art Product Development Lab replicates the full manufacturing capabilities of Wingard Aerospace’s production operations within an agile, engineering-focused environment. Purpose-built to accelerate innovation, the lab provides access to the same precision stamping, bonding, machining, and assembly technologies used in full-scale manufacturing. This allows our team to develop cutting-edge prototype motor cores, refine complex designs, and deliver comprehensive design-for-manufacturing support early in the development cycle.
Learn MoreMATERIALS
Wingard Aerospace produces motor, transformer, & generator laminations from a variety of electrical steels & non-metallic materials.
Learn More LASER CUTTING
Wingard Aerospace produces custom laser cut laminations and end fibers for multiple applications.
Keep your productivity high with Wingard Aerospace’s in-house capabilities:
customized, high-quality, low-cost laser cut laminations resulting in rapid product development.
TOOLING
Well-designed tooling is the key to producing consistent, high-quality metal stampings and laminations.
Wingard Aerospace works with your engineers to design and build custom tools or to repair and maintain those tools you already have in use.
Learn More METAL STAMPINGS
With over 60 years as the premier provider of precision stampings for a vast array of industries and OEMs, we have the experience you’ll need for specialized jobs. We are accomplished at stamping complex shapes from all types of materials, including electrical steels and high temperature alloys, such as Inconel™, in addition to plastics, soft copper or spring steel.
Learn More LAMINATIONS
Wingard Aerospace offers high-precision stamped and laser-cut laminations for a wide range of applications — from aerospace to energy. Whether you need a single part or a million, you can expect exceptional consistency (within .0002″), minimal burr, and outstanding flatness. Laser-cut parts feature minimal or no recast layer or heat-affected zones, and in-house annealing enhances magnetic performance. All laminations arrive ready to stack, with no additional finishing required. Wingard Aerospace’s capabilities include motor, transformer, and generator laminations; bonded or welded cores; aerospace-grade electrical steel; motor end fibers; and a variety of insulators, separators, and end plates.
Learn More CUSTOM ANNEALING
We anneal laminations, including stress-relief for Silicon Iron and advanced aerospace materials. Using a pure, dry hydrogen atmosphere at precise temperatures, we balance strength and magnetics in nickel and cobalt alloys. We also apply thin oxide coatings for improved resistivity.
Our process enhances magnetic properties, verified through specialized magnetic and ASTM testing—complete with documented results. Wingard Aerospace ensures the right setup, equipment, and controlled treatment atmosphere for every material.
Learn More MAGNETIC TESTING
Wingard Aerospace helps engineers maximize motor performance through specialized annealing processes tailored to both standard and aerospace-grade materials. We go beyond typical stress-relief annealing by offering precise treatments in pure, dry hydrogen atmospheres—ideal for balancing strength and magnetic properties in nickel or cobalt alloy laminations. We can also enhance resistivity with a thin oxide layer. To ensure optimal results, we conduct magnetic testing and verify all processes through sample testing in accordance with ASTM standards. With the right setup, equipment, and controlled environments, Wingard Aerospace delivers reliable, repeatable results for even the most demanding applications.
Learn More ASSEMBLIES
Wingard Aerospace has the experience and in-house capability to create precision assemblies. With our in-house stamping, bonding, and machining services, we are vertically integrated to bring added value to your part.
Our engineering team can quickly develop custom assembly lines to meet your needs. Operations may include shaft insertion, sub-assembly, EDM, drilling, tapping, grinding, and more.
Learn More BONDING
Our bonding capabilities include precision adhesive bonding for laminations, mechanical assemblies, and specialty components. Using aerospace-approved materials, tightly controlled curing processes, and rigorous inspection protocols, we ensure consistent bond integrity and long-term structural stability. Through strict process controls and certified adhesive systems, our bonding operations enhance component strength, reduce mechanical stress, and deliver the reliable performance required for demanding aerospace and defense applications.
Learn More LASER WELDING
Our laser welding capabilities deliver precise, high-strength welds for complex aerospace and defense components. Using advanced laser technology, we achieve deep, accurate weld penetration with minimal heat-affected zones, reduced distortion, and exceptional repeatability. Supported by strict process controls and comprehensive inspection, our laser welding operations ensure consistent weld integrity and reliable performance in mission-critical environments.
Learn More MOTOR CORES
High-precision laminations make high-quality cores. Wingard Aerospace laminations make the highest quality stacks. We can also assemble cores from laser cut laminations, customer supplied laminations, or high-volume progressive die laminations.
All primary and secondary processes needed to make your motor, transformer, or generator cores are offered in-house.
Learn More POWDER COATING
Wingard Aerospace specializes in electrostatic epoxy powder coating of armatures, stators, and all other shaped lamination cores.
Powder coating provides a continuous dielectric insulating layer with strong chemical and heat resistance to protect motor windings. From performance and cost perspectives, powder coating is often superior to plastic or paper slot liners.
At Wingard Aerospace, we typically offer 6500 HCT from Powder Technology, Inc., a High Cut-Through resistant, high dielectric strength blue epoxy coating. PTI’s 6500 HCT exceeds NASA outgassing standards, and can be used for stators, armatures, and other similar components.
Learn More MACHINING
Our machining capabilities feature advanced CNC milling systems engineered for precision, repeatability, and efficiency. From complex geometries to tight-tolerance features, our CNC mills and experienced machinists ensure highly accurate, consistent results that meet the demanding requirements of aerospace and defense applications. Supported by robust quality controls and modern tooling, we deliver dependable performance from prototype through full-scale production.
Learn More EQUIPMENT
Wingard Aerospace’s advanced manufacturing facility combines high-tonnage presses, precision machining, and specialized finishing systems with a full in-house tool and die department. Supported by cutting-edge quality control technology, including vision inspection systems, coordinate measuring machines, and advanced testing equipment, we ensure every part meets the highest standards of accuracy and reliability. This comprehensive capability allows Wingard Aerospace to deliver precision manufacturing from start to finish with unmatched consistency and quality.
Learn More PRODUCT DEVELOPMENT LAB
Our state-of-the-art Product Development Lab replicates the full manufacturing capabilities of Wingard Aerospace’s production operations within an agile, engineering-focused environment. Purpose-built to accelerate innovation, the lab provides access to the same precision stamping, bonding, machining, and assembly technologies used in full-scale manufacturing. This allows our team to develop cutting-edge prototype motor cores, refine complex designs, and deliver comprehensive design-for-manufacturing support early in the development cycle.
Learn More
Industries Served
Certifications
Resources
Why CMMC Compliance Matters in Aerospace and Defense Manufacturing
When it comes to supplying parts for the aerospace and defense industries, quality and precision are only part of the equation. Security is just as critical—especially when sensitive data and defense-related designs are involved. That’s where CMMC compliance comes in. What Is CMMC? CMMC stands for Cybersecurity Maturity Model Certification, a framework developed by the…
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From Prototype to Production: How We Support Aerospace Innovation
In aerospace and defense manufacturing, innovation doesn’t wait. Engineers and program managers need reliable partners who can move concepts from the drawing board to flight-ready components—fast. That’s where our new Advanced Prototyping Lab comes in. Designed to accelerate development cycles, reduce risk, and support aerospace OEMs and DoD contractors, our lab bridges the critical gap…
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Why Precision Metal Stamping Matters in Aerospace & Defense
In aerospace and defense manufacturing, precision is not optional—it’s the foundation of mission success. From electric back-up generator components to missile guidance systems, every stamped metal part must meet exacting standards for strength, consistency, and reliability. The Demands of Aerospace Manufacturing Aerospace components operate under some of the harshest conditions imaginable—intense vibration, extreme temperature shifts,…
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