Custom Aluminum Die Casting Services
The Federal Group USA is a leading U.S.-owned manufacturing partner producing custom aluminum die castings since 1980. Using advanced high-pressure injection machinery, premium aluminum alloys, and hardened steel molds, we turn prototypes into medium- and high-volume production runs. We manage the full production lifecycle to ensure every component meets your exact engineering specifications.
Request a QuoteWhy Choose The Federal Group for Aluminum Die Casting?
Scaling your production requires a highly capable aluminum die casting manufacturer. We bring over 45 years of engineering expertise and strict adherence to ISO 9001:2015 quality standards to solve medium to high volume production challenges.
Advanced Equipment
We utilize servo-driven high-pressure die casting equipment and multi-cavity hardened steel molds to support repeatable mass production of custom metal components.
Secondary Operations
We provide value-added secondary operations such as machining, tapping, drilling, assembly, and deburring to deliver finished components ready for final integration.
Custom Finishing
We offer a range of finishing services, including anodizing, plating, and powder coating, to enhance corrosion resistance, durability, and the final appearance of your custom metal components.
Material Documentation
We provide material certifications and quality documentation to verify alloy composition, mechanical properties, and compliance with your project specifications and industry requirements.
Case Study
When a customer required an aluminum die-cast component that could be used “as cast” while maintaining a precise, leak-free fit, The Federal Group applied advanced design-for-manufacturing principles to the challenge. By addressing casting tolerance and measurement risks early, our team delivered a reliable, production-ready housing optimized for overmolding and assembly efficiency.
Industries We Serve
We partner with North American businesses to manufacture scalable custom metal components that meet the rigorous demands of highly specialized global sectors. Our aluminum die casting services support companies requiring strict adherence to built-to-print specifications.

Medical
We produce lightweight diagnostic equipment components and precise medical device housings that strictly adhere to our ISO-compliant manufacturing practices.
Energy Industry
We supply durable turbine housings, boiler panels, and heavy-duty control panel enclosures designed to operate safely under extreme thermal limits.

Construction
We manufacture rugged cab components, mounting plates, and heavy-duty structural brackets capable of enduring high-stress field environments.
Advanced Die Casting Processes & Technologies
We utilize proven aluminum die casting processes and specialized manufacturing technologies to meet a wide range of part geometries, production volumes, and performance requirements. Our team selects the most efficient method based on your design, material, and cost objectives.
Processes & Technologies We Support:
- Cold Chamber Die Casting – Ideal for aluminum alloys and medium- to high-volume production requiring strength and precision.
- Hot Chamber Die Casting – Best suited for lower-melting-point alloys and fast-cycle production runs.
- Multi-Slide Die Casting – Enables complex, near-net-shape components with reduced secondary operations.
- Overmolding – Combines metal components with polymer materials to improve grip, insulation, or part functionality.
High-Performance Machinery & Tooling
Our manufacturing facilities utilize advanced high-pressure die casting machines with clamping forces ranging from 400 to over 3,000 tons, allowing us to produce components from a few ounces up to 50 pounds. Tight tolerances of +/- 0.005″ can be achieved depending on part design and application requirements.
We also employ hardened steel multi-cavity tooling systems engineered for repeatable, long-life production. These durable molds support thin-walled and complex geometries while reducing per-unit costs as production volume increases.
By combining high-tonnage machinery, precision tooling, and controlled cooling and ejection systems, we deliver consistent part quality, reduced porosity, and dependable results across every production run.
Specific Aluminum Die Casting Materials We Use
Selecting the right material is a critical step in producing high-quality die cast aluminum parts. While some projects utilize permanent mold casting for lower volumes, our high-pressure process heats solid metal into molten aluminum before injecting it into hardened steel molds for rapid mass production.
The specific aluminum die cast alloys you choose will dictate the yield strength, high heat resistance, and overall performance of the final component.
- A380 (industry standard): This alloy provides an optimal balance of mechanical properties, castability, and heat resistance, making it the primary choice for standard structural parts and housings.
- A383 (for intricate detail): Engineered for superior resistance to hot cracking, this alloy flows efficiently into complex mold details and is ideal for components with highly detailed or intricate features.
- A360 (for harsh environments): Known for delivering maximum pressure tightness and high corrosion resistance, this metal is best suited for fluid-handling components or parts exposed to severe weather.
These specific metals provide exceptional strength-to-weight ratios for demanding industrial applications. Our engineering team works directly with you to select the exact alloy that meets your built-to-print specifications.
Secondary Processes and Finishing Capabilities
Our aluminum die casting services extend well beyond the initial pour. We perform essential post-casting operations in-house to transform raw cast parts into final ready-to-assemble components. Combining these secondary operations under one roof reduces supply chain fragmentation for your procurement team.
- Precision CNC machining: We utilize advanced milling and turning to achieve micro-tolerances that the initial casting process alone can’t produce.
- Custom surface finishing: We apply structural anodizing, powder coating, and specialized plating to enhance cosmetic appearance and environmental corrosion resistance.
Kickstart Your Next Aluminum Die Casting Project
Evaluating an aluminum die casting manufacturer requires a detailed review of your specific technical requirements. At TFG USA, our process begins with a comprehensive engineering feasibility review. You submit your detailed project specifications, and we assign a dedicated sales engineer to evaluate your design.
Your sales engineer will help you finalize critical decisions regarding material selection, custom tooling costs, and mass production timelines. We take total ownership of your aluminum die casting project from the initial engineering blueprint through final global delivery. This end-to-end manufacturing partnership helps you achieve consistent quality while streamlining your supply chain through a single point of contact.
Frequently Asked Questions
What Is the Typical Strength-to-Weight Ratio for Aluminum Die Casting?
Aluminum provides an exceptionally high strength-to-weight ratio compared to heavier industrial metals like iron or steel. This means you can manufacture lightweight parts that still maintain the structural integrity required for high-stress applications.
How Does Aluminum Die Casting Compare to Zinc and Magnesium?
Each metal offers distinct engineering trade-offs depending on your specific project needs. Zinc provides a longer tooling lifespan and excellent castability, but it results in a final part that is approximately two and a half times heavier than aluminum.
Magnesium is lighter than aluminum, yet it features different thermal limits and often requires specialized handling during the manufacturing process. Aluminum sits in the middle by offering excellent heat resistance, moderate tooling longevity, and a highly competitive weight profile.
What Factors Affect the Cost-Effective Manufacturing of Die Cast Parts?
Four primary variables impact your total unit cost during mass production.
- Tooling complexity: Highly intricate molds require more upfront engineering and machining time.
- Alloy selection: Premium alloys like 360 may carry different raw material costs compared to standard A380.
- Secondary CNC machining: Parts requiring extensive post-casting milling or turning will increase the overall cost per unit.
- Production volume: Higher production runs distribute the initial hardened steel tooling costs across more parts, so your final price per unit drops.