Turn your concepts into reality utilizing our customized aluminum extrusion solutions. Serving the automotive, aerospace, construction, and electronics sectors, we offer unmatched accuracy with advanced equipment and eco-friendly processes.
Learn the advantages of aluminum extrusions as they pertain to CNC machining. They are durable, versatile, and allow for precise machining which makes them ideal for intricate, custom, and lightweight designs.
Enhance output while only slightly slowing down processing.
Improves precision and reliability in mechanical operations.
Anodizing, powder coating, and unique textures.
Alterations done to fit your project specifications.
Improved workflows means quicker results.
Known for strength and exceptional functionality.
| Parameter | Details |
|---|---|
| Dimensions | Length up to 30 feet, cross-sections ranging from 0.25” to 20” |
| Tolerances | Dimensional tolerances as low as ±0.005” |
| Finishes | Anodized, Powder Coated, Polished, Custom Textures |
| Materials | 6061, 6063, 2024, 7075 Aluminum Alloys |
| Weight Range | 0.012 lbs/ft to 30 lbs/ft |
Aluminum Extrusions exceeded our expectations. Their precise delivery and tight tolerances improved our manufacturing processes, with short lead times as a bonus.
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Collaborate with us for project-specific aluminum extrusions. From complex architectural systems to automotive components that require strong alloys, we can expertly machine whatever your project entails.
A: In extrusion machining, aluminum offers advantages such as light materials with a high strength-to-weight ratio, resistance to corrosion, as well as thermal and electrical conductivity. Aluminums are preferred in applications that require a durable and lightweight material due to these properties.
A: Billet aluminum is defined as a cylindrical block of aluminum which undergoes an extrusion process. It is a raw material put through a heating process to then be forced through an extrusion die using a extrusion press where various shapes and profiles are made.
A: An extrusion die is a tool used to shape aluminum billets into specified profiles; hence it plays a major role in the extrusion process. The extrusion press pushes the heated aluminum billets through the die which results in the continuous extrusion of aluminum with a cross-section uniform along its length which is termed aluminum extrusion profile.
A: In direct extrusion, an aluminum billet is rammed through a die while in indirect extrusion, the die is brought to the stationary billet. Indirect extrusion frequently has lower force requirements and yields higher quality extrusions of aluminum with better surface finishes.
A: Precision machining uses specialized machining centers which perform cnc extrusion machining processes on aluminum extrusion components to further enhance their details and meet set dimensions and tolerances. This guarantees the aluminum parts produced are of high value based on accuracy standards and excellent surface finishes.
A: Some operations are turning, drilling, milling, and tapping. These processes are conducted by specialized cnc machining centers when working on aluminum for designing sophisticated and intricate components which are aluminum extrusion machined.
A: Modig’s machine portfolio gives extrusion the latest technology in machining which gives them specialized machinery tailored to aluminum profile machining for aluminum extrusion productivity and accuracy. These machines form part of the high productivity systems for aluminum extrusion and high quality and economical parts manufacturing.
A: Using high-quality aluminum in extrusion machining offers unrivaled benefits such as durability, uniformity, and greater efficiency within the process. This ensures that the manufactured components like composites and alloys have the required reliability and endurance, which is critical for industrial applications.
A: Yes, certain aluminum extruded products can be manufactured using cold extrusion techniques. This method does incorporate the extrusion of aluminum close to room temperature which improves its mechanical properties and surface finishing, and is a more efficient approach compared to hot extrusion methods.
