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We do not offer a fixed catalog of standard parts.
Our components are developed around customer drawings, performance targets and application requirements using our proprietary integrated casting-forging technology.
From lightweight mobility structures and precision equipment parts to complex load-bearing aluminum components, we support custom development from feasibility assessment and tooling through forming, heat treatment, machining and validation.
Our integrated forming technology is suitable for bicycle components requiring lightweight construction, structural rigidity and complex geometry.
Components can be developed according to customer drawings, installation interfaces, load conditions and finishing requirements.
Parts with ribs, bosses, cavities, mounting points and irregular load paths.
Structures where multiple separate parts may potentially be consolidated into one formed component.
Components currently requiring excessive billet machining or large material removal.
E-bike systems introduce additional structural requirements from motors, batteries, braking systems and increased vehicle loads.
We develop aluminum components that combine complex structural geometry with lightweight design and localized load-bearing capability.
Custom aluminum connection structures for lightweight frame systems.
Designed for load transfer, dimensional stability and integrated mounting interfaces.
component designed around motor or drivetrain installation requirements.
Electric scooters require compact structures capable of carrying concentrated loads while maintaining low weight and limited installation space.
Our process is well suited to structural components with irregular geometry, integrated mounting features and localized high-stress regions.
Complex multi-feature structures produced with reduced secondary joining.
Designed for load transfer, dimensional stability and integrated mounting interfaces.
component designed around motor or drivetrain installation requirements.
The same manufacturing platform can be applied to high-load structural components used across automotive, specialty vehicles and advanced mobility systems.
Complex Structures for Equipment, Machinery and Specialized Engineering
Our equipment is also used to develop structural and functional components for industrial equipment, precision machinery and specialized engineering applications.
These projects often combine complex formed geometry with CNC-machined bores, mounting surfaces and precision interfaces.
Our technology has also been applied in development programs involving complex lightweight housings and structural aluminum components for specialized engineering applications.
These applications demonstrate the capability of the integrated forming platform beyond conventional transportation and industrial products.
Send us your drawing, current manufacturing process and target performance.
Our engineering team will evaluate whether your component is suitable for integrated casting-forging and recommend a manufacturing route based on geometry, material, structural requirements and production volume.
NDA available for confidential projects.
