Advanced Multi-Directional Forging Capability for Complex Aluminum Components

2026-09-30

At INNOVAW, we provide custom aluminum forged components manufactured to customer drawings. Our forging capabilities cover a wide range of aluminum components, from conventional die forgings to complex parts requiring controlled material flow and multi-directional forming.

To support the production of complex aluminum forgings, our facility is equipped with a 1250T + 900T × 2 multi-directional forging production line.

This production line provides greater flexibility in controlling material flow from multiple directions, allowing us to manufacture aluminum forgings with complex geometries, multiple forming directions, and demanding structural requirements.

Multi-Directional Forging for Complex Aluminum Parts

Compared with conventional forging, multi-directional forging applies forming forces from different directions during the forging process. This allows the aluminum billet to flow more effectively into complex areas of the die.

The process is particularly suitable for components with:

* Complex three-dimensional geometries

* Multiple bosses or projections

* Deep cavities and difficult-to-form sections

* Different forming directions within one component

* High requirements for strength and structural integrity

By controlling material flow during forging, multi-directional forming can also help reduce excessive machining allowance and improve material utilization.

1250T + 900T × 2: A Dedicated Production Configuration

Our 1250T + 900T × 2 multi-directional forging line combines different forging capacities within one production system.

The 1250-ton forging unit provides substantial forming force for major forming operations, while the two 900-ton units support multi-directional forming and subsequent forming operations.

This configuration gives our engineers greater flexibility when developing forging processes for different component geometries and material-flow requirements.

Rather than relying on a single forming direction, the production line allows the forging process to be designed around the actual geometry of the component.

Suitable for Demanding Aluminum Forging Applications

The multi-directional forging line expands our ability to manufacture aluminum components for demanding applications, including:

* Automotive components

* E-mobility components

* Structural brackets and supports

* Mechanical and industrial components

* High-strength connection components

* Complex aluminum forged parts requiring multi-directional forming

For each project, our engineers evaluate the customer's drawing, material, geometry, tolerances and functional requirements before selecting the appropriate forging process.

From Customer Drawings to Finished Components

Our capability goes beyond forging itself.

For customer-designed components, our engineering team can participate in the early-stage DFM and process development, analyzing material flow, forging direction, parting lines, machining allowances and potential forming challenges.

The manufacturing process can then be integrated with subsequent operations such as:

DFM → Die Development → Billet Preparation → Heating → Multi-Directional Forging → Heat Treatment → CNC Machining → Surface Treatment → Inspection

This allows us to provide a complete manufacturing solution from customer drawings to finished aluminum components.

Building Capability Through Equipment and Process Engineering

A forging machine is only one part of the manufacturing capability. The real value comes from combining equipment, tooling, process engineering and quality control.

Our 1250T + 900T × 2 multi-directional forging line gives us an important production platform for developing and manufacturing complex aluminum forgings with controlled material flow and demanding structural requirements.

With this capability, INNOVAW continues to expand its ability to provide custom aluminum forging solutions for customers who require complex geometry, reliable forming processes and consistent production quality.