Products and Services
At Aeroform Manufacturing Group Inc., we provide precision machining services that meet the stringent demands of aerospace, defense, and advanced industries. From prototypes to high-volume production, we combine advanced equipment, expert knowledge, and trusted partners to deliver quality parts on schedule.
Our Products
1. (Ford GT) Door Brackets
Precision-Machined Door Brackets for Ford GT Applications
Our (Ford GT) door brackets are engineered for exact fit, strength, and durability, meeting the high-performance standards of automotive and specialty vehicles. Each bracket is machined to tight tolerances to ensure smooth operation and long-lasting reliability under demanding conditions.
Key Features:
- High-precision machining for perfect alignment and function
- Durable construction for repeated use and stress resistance
- Custom-fit specifically for Ford GT door assemblies
- Supports both prototype and small-series production
Materials:
- Aluminum, stainless steel, steel
Applications:
- Ford GT doors and access panels
- High-performance automotive assemblies
- Specialty vehicle or prototype builds
Supporting Processes:
- CMM inspection and in-process quality verification
- FAI documentation and traceable certifications
- Finishing through NADCAP-approved partners if required
2. (Ford GT) Undercarriage Assembly
High-Precision Undercarriage Assemblies for Ford GT
Our (Ford GT) undercarriage assemblies are designed for exact fit, structural integrity, and long-term reliability in high-performance automotive applications. Each assembly is precision-machined and tested to withstand dynamic loads and provide smooth operation, making it ideal for both prototype and small-series production.
Key Features:
- Precision-machined components for accurate alignment and performance
- Robust design to handle high stress and dynamic loads
- Fully assembled or modular configurations tailored to Ford GT specifications
- Supports prototype builds and limited production runs
Materials:
- Aluminum, stainless steel, steel, high-strength alloys
Applications:
- Ford GT chassis and undercarriage assemblies
- High-performance and specialty automotive vehicles
- Motorsport and prototype applications
Supporting Processes:
- CMM inspection and in-process quality checks
- FAI documentation and traceable certifications
- Finishing and treatments through NADCAP-approved partners
3. Tombstone for Horizontal Machining Centre (HMC)
Precision Tombstones Optimized for Horizontal Machining Centres
Our tombstones are engineered specifically for horizontal machining centres, offering stability, accuracy, and multi-part machining capability. Designed to maximize efficiency and minimize setup time, they support complex components and high-volume production with tight tolerances.
Key Features:
- Rigid construction for minimal vibration and maximum stability
- Multi-face mounting for simultaneous machining of multiple parts
- Customizable sizes and configurations to match your HMC machine envelope
- Supports both small, intricate components and large-format parts
Materials:
- Aluminum, stainless steel, steel, titanium
Applications:
- Aerospace and defense assemblies
- Large or complex components for robotics and industrial machinery
- High-volume production requiring repeatable precision
Supporting Processes:
- CMM inspection for verified alignment and tolerances
- FAI documentation and traceable certifications
- Finishing and treatments via NADCAP-approved partners
4. Shearing and Die Components
Precision-Machined Components for Shearing and Die Applications
Our shearing and die components are engineered for high accuracy, durability, and long service life. Manufactured to tight tolerances, they ensure consistent performance in stamping, forming, and cutting operations for aerospace, automotive, and industrial applications.
Key Features:
- High-precision machining for optimal fit and function
- Durable construction to withstand repeated stress and high-cycle operations
- Custom designs available for specific press, stamping, or forming requirements
- Supports both prototype and production-scale runs
Materials:
- Tool steels, stainless steel, aluminum, high-strength alloys
Applications:
- Stamping and forming dies for aerospace and automotive parts
- Industrial shearing and cutting operations
- Prototype and production tooling
Supporting Processes:
- CMM inspection for accuracy and tolerance verification
- FAI documentation and traceable certifications
- Finishing and treatments through NADCAP-approved partners if required
5. H13 Heat-Treated Components
High-Strength H13 Heat-Treated Components for Tooling and Industrial Applications
Our H13 heat-treated components are engineered for exceptional hardness, wear resistance, and dimensional stability. Precision-machined before or after heat treatment, they are ideal for dies, molds, and high-stress tooling applications in aerospace, automotive, and industrial sectors.
Key Features:
- Heat-treated for maximum hardness and durability
- Precision machining ensures tight tolerances and accurate fit
- Excellent thermal fatigue and wear resistance
- Suitable for both prototypes and production-scale runs
Materials:
- H13 tool steel (air or oil quenched and tempered as required)
Applications:
- Stamping, forging, and die-casting tools
- Aerospace and automotive tooling
- Industrial molds and dies
Supporting Processes:
- CMM inspection for dimensional accuracy
- FAI documentation and traceable certifications
- Optional finishing, coatings, or treatments via NADCAP-approved partners.
6. Tool and Die Components
Precision Machined Tool and Die Components for High-Performance Applications
Our tool and die components are engineered for maximum accuracy, durability, and reliability in demanding manufacturing environments. Designed to meet tight tolerances and withstand repeated high-stress cycles, they are ideal for aerospace, automotive, and industrial tooling applications.
Key Features:
- High-precision machining for exact fit and performance
- Durable construction to endure repeated stress and high-cycle operations
- Custom designs available for stamping, forming, cutting, and molding applications
- Supports both prototype and production-scale manufacturing
Materials:
- Tool steels, stainless steel, aluminum, high-strength alloys
Applications:
- Stamping and forming dies
- Automotive and aerospace tooling
- Industrial molds, shearing, and cutting operations
Supporting Processes:
- CMM inspection for tolerance verification and alignment
- FAI documentation and traceable certifications
- Optional finishing, coatings, or heat treatment via NADCAP-approved partners.
7. Die Components
Precision-Machined Die Components for Tooling and Manufacturing
Our die components are engineered for accuracy, durability, and consistent performance in high-stress stamping, forming, and cutting operations. Manufactured to tight tolerances, they help ensure high-quality output for aerospace, automotive, and industrial applications.
Key Features:
- High-precision machining for perfect fit and alignment
- Robust construction to withstand repeated stress and high-cycle operations
- Customizable designs for specific press, stamping, or forming requirements
- Supports both prototype and production-scale runs
Materials:
- Tool steels, stainless steel, aluminum, high-strength alloys
Applications:
- Stamping and forming dies
- Automotive and aerospace tooling
- Industrial shearing, cutting, and forming applications
Supporting Processes:
- CMM inspection for verified tolerances and alignment
- FAI documentation and traceable certifications
- Optional finishing or heat treatment via NADCAP-approved partners.
8. Machined Bolts
Precision-Machined Bolts for Aerospace, Automotive, and Industrial Applications
Manufactured to exacting tolerances for superior strength, reliability, and performance.
Key Features:
- High-precision threading and dimensional accuracy
- Durable construction for high-stress and high-cycle applications
- Custom sizes, threads, and configurations
- Supports both prototype and production-scale runs
Materials:
- Stainless steel, steel, aluminum, titanium, high-strength alloys
Applications:
- Aerospace assemblies
- Automotive and high-performance vehicles
- Industrial machinery and equipment
Supporting Processes:
- CMM inspection for verified tolerances
- FAI documentation and traceable certifications
- Optional finishing, coatings, or heat treatments via NADCAP-approved partners
9. Hotstamp Components
Precision-Machined Components for Hot Stamping Applications
Our hotstamp components are engineered for extreme heat and pressure conditions, providing durability, accuracy, and long service life. Manufactured to tight tolerances, they are ideal for forming, stamping, and high-temperature industrial applications.
Key Features:
- Heat-resistant and high-strength construction
- Precision machining for exact fit and consistent performance
- Custom designs to meet specific stamping or forming requirements
- Supports both prototype and production-scale runs
Materials:
- Tool steels, high-strength alloys, stainless steel
Applications:
- Automotive hot stamping dies and tooling
- Aerospace and industrial forming operations
- High-temperature stamping and forming applications
Supporting Processes:
- CMM inspection for verified dimensional accuracy
- FAI documentation and traceable certifications
- Optional heat treatment and finishing via NADCAP-approved partners
10. Machined Die
Precision-Machined Dies for High-Performance Tooling Applications
Our machined dies are engineered for exact tolerances, durability, and consistent performance in stamping, forming, and cutting operations. Ideal for aerospace, automotive, and industrial applications, these dies deliver reliable results in both prototype and production-scale manufacturing.
Key Features:
- High-precision machining for accurate fit and alignment
- Durable construction to withstand repeated stress and high-cycle operations
- Custom designs tailored to specific press, stamping, or forming requirements
- Supports both prototype and production-scale runs
Materials:
- Tool steels, stainless steel, aluminum, high-strength alloys
Applications:
- Stamping and forming dies
- Automotive and aerospace tooling
- Industrial shearing, cutting, and molding operations
Supporting Processes:
- CMM inspection for dimensional accuracy and tolerance verification
- FAI documentation and traceable certifications
- Optional finishing, coatings, or heat treatment via NADCAP-approved partners
11. Aerospace-Based Components
Precision-Machined Components for Aerospace Applications
Our aerospace-based components are engineered for extreme precision, reliability, and compliance with rigorous industry standards. Manufactured to tight tolerances, these components are ideal for aircraft, space, and defense applications where quality and performance are critical.
Key Features:
- High-precision machining for complex geometries and tight tolerances
- Robust construction to withstand high stress, temperature, and vibration
- Custom designs to meet aerospace specifications and requirements
- Supports both prototype and production-scale runs
Materials:
- Aluminum, stainless steel, titanium, Inconel, high-temperature alloys
Applications:
- Aircraft structural components
- Space and defense assemblies
- High-performance aerospace systems
Supporting Processes:
- CMM inspection for verified dimensional accuracy
- FAI documentation, material/heat-treat certifications, and traceability
- Finishing and special processes through NADCAP-approved partners
12. Automotive Components
Precision-Machined Components for Automotive Applications
Our automotive components are engineered for accuracy, durability, and reliable performance in high-stress environments. Manufactured to tight tolerances, these components are ideal for passenger vehicles, high-performance cars, and specialty automotive applications.
Key Features:
- High-precision machining for exact fit and optimal performance
- Durable construction to withstand vibration, stress, and repeated use
- Custom designs tailored to specific automotive requirements
- Supports both prototype and production-scale manufacturing
Materials:
- Aluminum, stainless steel, steel, titanium, high-strength alloys
Applications:
- Engine and drivetrain components
- Structural and body assemblies
- High-performance and specialty vehicle parts
Supporting Processes:
- CMM inspection for verified tolerances and quality
- FAI documentation and traceable certifications
- Optional finishing, coatings, or heat treatments via NADCAP-approved partners
13. In Motion Components
Precision-Machined Components for Dynamic Applications
Our In Motion components are engineered for high performance, reliability, and durability in moving or high-stress assemblies. Designed and machined to tight tolerances, these components ensure smooth operation, longevity, and consistent performance in aerospace, automotive, robotics, and industrial systems.
Key Features:
- Precision machining for optimal fit and alignment in dynamic assemblies
- Robust construction to withstand stress, vibration, and continuous motion
- Custom designs to meet specific application requirements
- Supports both prototype and production-scale manufacturing
Materials:
- Aluminum, stainless steel, steel, titanium, high-strength alloys
Applications:
- Aerospace moving assemblies
- Automotive drivetrain and suspension components
- Robotics, automation, and industrial machinery
Supporting Processes:
- CMM inspection for verified tolerances and alignment
- FAI documentation and traceable certifications
- Optional finishing, coatings, or heat treatments via NADCAP-approved partners
14. Aircraft Subframe Assembly
Precision-Machined Aircraft Subframe Assemblies
Our aircraft subframe assemblies are engineered for strength, reliability, and precise fit in aerospace applications. Each assembly is manufactured to tight tolerances and undergoes rigorous quality checks to ensure structural integrity and compliance with aerospace standards.
Key Features:
- Precision machining and assembly for exact alignment and performance
- Robust construction to withstand high stress, vibration, and dynamic loads
- Custom configurations to suit specific aircraft designs
- Supports both prototype and production-scale manufacturing
Materials:
- Aluminum, stainless steel, titanium, high-strength alloys
Applications:
- Aircraft structural subframes and support assemblies
- Aerospace components for commercial, defense, and space applications
- High-performance assemblies requiring tight tolerances and traceability
Supporting Processes:
- CMM inspection and in-process quality checks
- FAI documentation, material/heat-treat certifications, and traceability
- Finishing and treatments via NADCAP-approved partners
15. Automotive Crankcase Assemblies
Precision-Machined Crankcase Assemblies for Automotive Applications
Our automotive crankcase assemblies are engineered for strength, accuracy, and durability, ensuring optimal engine performance and reliability. Manufactured to tight tolerances, these assemblies support high-performance, standard, and specialty vehicles, delivering consistent quality for both prototypes and production runs.
Key Features:
- Precision machining for exact alignment and fit of internal components
- Robust construction to withstand thermal, mechanical, and dynamic stresses
- Custom designs to meet specific engine and automotive requirements
- Supports prototype, low-volume, and production-scale manufacturing
Materials:
- Aluminum, cast iron, steel, high-strength alloys
Applications:
- Automotive engines, transmissions, and drivetrain assemblies
- High-performance and specialty vehicle builds
- Industrial and prototype engine applications
Supporting Processes:
- CMM inspection for verified tolerances and alignment
- FAI documentation and traceable certifications
- Optional finishing, coatings, or heat treatments via NADCAP-approved partners
16. Machined Block
Precision-Machined Blocks for Automotive, Aerospace, and Industrial Applications
Our machined blocks are engineered for high accuracy, structural integrity, and consistent performance. Manufactured to tight tolerances, these blocks serve as foundational components for engines, assemblies, and high-performance machinery in aerospace, automotive, and industrial sectors.
Key Features:
- Precision machining for exact dimensions and fit
- Durable construction to withstand stress, vibration, and thermal loads
- Custom sizes and configurations to meet specific application requirements
- Supports both prototype and production-scale manufacturing
Materials:
- Aluminum, steel, cast iron, titanium, high-strength alloys
Applications:
- Engine blocks and sub-assemblies
- Aerospace structural components
- Industrial machinery and high-performance assemblies
Supporting Processes:
- CMM inspection for verified tolerances and quality
- FAI documentation and traceable certifications
- Optional finishing, coatings, or heat treatments via NADCAP-approved partners
17. Machined Brackets
Precision-Machined Brackets for Aerospace, Automotive, and Industrial Applications
Our machined brackets are engineered for strength, accuracy, and reliable performance in structural and assembly applications. Manufactured to tight tolerances, they provide secure mounting, alignment, and support for a wide range of components.
Key Features:
- High-precision machining for exact fit and alignment
- Robust construction to handle stress, vibration, and repeated use
- Custom designs available to suit specific applications
- Supports both prototype and production-scale manufacturing
Materials:
- Aluminum, stainless steel, steel, titanium, high-strength alloys
Applications:
- Aircraft and automotive assemblies
- Industrial machinery and structural supports
- High-performance and specialty equipment
Supporting Processes:
- CMM inspection for verified tolerances and quality
- FAI documentation and traceable certifications
- Optional finishing, coatings, or heat treatments via NADCAP-approved partners
18. Supercar Rear and Front Components
Precision-Machined Front and Rear Components for Supercars
Our supercar front and rear components are engineered for aerodynamic performance, structural integrity, and high-precision fit. Machined to tight tolerances, these components ensure both functionality and aesthetics for high-performance vehicles, prototypes, and low-volume production runs.
Key Features:
- Precision machining for exact fit, alignment, and aerodynamic performance
- Lightweight yet durable construction for high-speed applications
- Custom designs for front and rear assemblies tailored to vehicle specifications
- Supports prototype and small-series production
Materials:
- Aluminum, stainless steel, steel, titanium, carbon fiber-reinforced composites
Applications:
- Front and rear body assemblies for supercars
- Aerodynamic and structural components
- High-performance and specialty vehicle builds
Supporting Processes:
- CMM inspection for verified dimensional accuracy
- FAI documentation and traceable certifications
- Finishing and treatments through NADCAP-approved partners if required
19. Machined Wishbone
Precision-Machined Wishbones for Automotive and Motorsport Applications
Our machined wishbones are engineered for strength, durability, and exact fit, ensuring optimal suspension performance in high-stress environments. Manufactured to tight tolerances, these components are ideal for automotive, motorsport, and specialty vehicle applications.
Key Features:
- High-precision machining for perfect alignment and consistent geometry
- Robust construction to withstand dynamic loads, stress, and vibration
- Custom designs to meet specific vehicle suspension requirements
- Supports prototype, low-volume, and production-scale manufacturing
Materials:
- Aluminum, stainless steel, steel, titanium, high-strength alloys
Applications:
- Automotive and motorsport suspension assemblies
- High-performance vehicle control arms and linkage systems
- Specialty and prototype vehicle builds
Supporting Processes:
- CMM inspection for verified tolerances and alignment
- FAI documentation and traceable certifications
- Optional finishing, coatings, or heat treatments via NADCAP-approved partners
20. Machined Propeller
Precision-Machined Propellers for Aerospace and Marine Applications
Our machined propellers are engineered for high performance, durability, and precise balance. Manufactured to tight tolerances, these propellers ensure smooth operation, efficiency, and reliability in demanding aerospace, marine, and industrial environments.
Key Features:
- High-precision machining for optimal balance and aerodynamic/hydrodynamic performance
- Durable construction to withstand stress, vibration, and high rotational speeds
- Custom designs for specific aircraft, marine, or industrial applications
- Supports prototype and production-scale manufacturing
Materials:
- Aluminum, stainless steel, titanium, high-strength alloys
Applications:
- Aircraft and UAV propellers
- Marine propulsion systems
- Industrial and specialty rotating equipment
Supporting Processes:
- CMM inspection for verified tolerances and balance
- FAI documentation and traceable certifications
- Optional finishing, coatings, or treatments via NADCAP-approved partners
PRODUCT CATEGORIES
1. Automotive Components
Focus: High-performance vehicles, standard and specialty automotive assemblies.
- Ford GT Door Brackets (#1)
- Ford GT Undercarriage Assembly (#2)
- Automotive Components (#12)
- Automotive Crankcase Assemblies (#15)
- Machined Blocks (#16)
- Machined Brackets (#17)
- Supercar Rear and Front Components (#18)
- Machined Wishbone (#19)
2. Aerospace Components
Focus: Aircraft, UAVs, subframes, and high-precision aerospace assemblies.
- Aerospace-Based Components (#11)
- Aircraft Subframe Assembly (#14)
- Machined Propeller (#20)
3. Tooling & Die Components
Focus: Stamping, forming, cutting, hot-stamping, and high-stress industrial applications.
- Shearing and Die Components (#4)
- H13 Heat-Treated Components (#5)
- Die Components (#6)
- Tool and Die Components (#7)
- Hotstamp Components (#9)
- Machined Die (#10)
4. Precision Fixtures & Machining Accessories
Focus: Machining optimization and production efficiency.
- Tombstone for Horizontal Machining Centre (HMC) (#3)
5. Fasteners
Focus: Custom machined bolts for various high-performance applications.
- Machined Bolts (#8)
6. Dynamic / Motion Components
Focus: Moving parts in automotive, aerospace, robotics, and industrial systems.
- In Motion Components (#13)
Manufacturing complex precision parts. Empowering a stronger U.S. industry and economy.
What Service We Offer
Multi Axis Machining
High-precision CNC milling for complex parts, ensuring tight tolerances and consistent quality.
5-Axis Machining
Advanced 5-axis machining delivers accuracy for intricate geometries and critical components.
CNC Turning
Reliable CNC turning for cylindrical parts with smooth finishes and efficient production.
Prototyping & Small Batches
Fast prototyping and small batch runs to support testing, validation, and innovation.
Custom Tooling & Fixtures
Custom-built tooling and fixtures designed to improve efficiency and repeatability.
Fabrication
Comprehensive fabrication services for durable structures, assemblies, and specialized components
CNC Milling & Multi-Axis Machining
We handle complex components with precision using 3, 4, and 5-axis CNC milling.
Our capabilities include:
- Small, intricate parts: Tight tolerances for aerospace and high-performance applications.
- Large-format plates & weldments: Boring mills up to 157″ × 98″ (4.0 m × 2.5 m).
- Multi-axis strategies: Optimized toolpaths for accuracy, surface finish, and efficiency.
Materials: Aluminum, stainless steel, tool steels, titanium, Inconel, engineered plastics.
CNC Turning
Our CNC turning capabilities deliver consistent precision for both standard and complex geometries.
- Tight-tolerance components: Live-tooling capable for multi-feature parts.
- Prototypes to production: Flexible setup for small or large batch runs.
- High-performance materials: Steel, stainless, titanium, Inconel, and high-temp alloys.
Large-Part & Heavy Machining
We specialize in large-format machining, ideal for plates, weldments, and assemblies.
- Boring mills: Up to 157″ × 98″, supporting heavy and oversized parts.
- Dedicated fixturing & workholding: Ensures repeatable precision across large components.
- Seamless integration: Parts remain under one roof for faster lead times and quality control.
Finishing & Special Processes
Through approved partners, we offer finishing and special processes to meet aerospace and advanced-industry requirements:
- Surface treatments: Anodize, chem-film, passivation, plating, coatings.
- Heat treatment: Hardening and stress-relief for metals.
- Non-destructive testing (NDT): Verified quality and compliance.
Engineering & Quality Support
We work side-by-side with your team to ensure designs are manufacturable, schedules are met, and parts meet or exceed specs:
- DFM Review – Identify risks, suggest fixturing, confirm critical features.
- Accurate Quote & Schedule – Clear pricing, realistic dates, no surprises.
- First Article Inspection (FAI) – Documentation and approval before scaling.
- Production & Communication – Weekly updates, partial deliveries if needed.
- Delivery & Support – Certificates, traceability, and fast response to changes.
Industries Served
We serve industries that demand high precision and reliability:
- Aerospace & Defense
- Space & Energy
- Robotics & Automation
- Electric Vehicles & Commercial Transportation
- Medical Devices (Non-Implant)
Why Choose Aeroform?
- End-to-end solutions – Small precision parts to large-format assemblies.
- Schedule confidence – Realistic timelines, proactive updates, partial shipments available.
- Partnership mindset – Collaboration from design through production.