Metal Based 3D Printing
Advanced metal additive manufacturing for complex engineering components, functional prototypes and application-focused parts where geometry, material performance and engineering requirements are critical.
Complex Metal Components from Digital Designs
Metal additive manufacturing produces precision components directly from digital engineering models, reducing dependence on conventional tooling.
The process supports prototypes, development parts, tooling and selected low-volume production applications.
Process, material and post-processing requirements are considered according to the intended component application.
Selective Laser Melting
Selective Laser Melting builds metal components layer by layer by selectively melting metal powder using focused laser energy.
The process enables complex geometries, fine features and consolidated component designs.
Build parameters and material selection are matched to component requirements and engineering objectives.
From Powder to Precision Component
Metal additive manufacturing combines digital preparation, controlled powder processing, precision layer building and post-processing into an integrated manufacturing workflow.
Digital Component Preparation
Engineering models are prepared for build orientation, support strategy and process requirements.
Metal Powder Processing
Suitable powder systems are selected according to component and application requirements.
Layer-by-Layer Building
Controlled energy input creates component geometry through successive powder layers.
Post-Processing & Inspection
Components may require heat treatment, machining, finishing and dimensional inspection.
Metal Materials Selected for the Application
Metal additive manufacturing can support different powder-based material systems for engineering applications.
Material selection considers mechanical performance, thermal behaviour, environment, geometry and finishing requirements.
Metal Powder Systems
Material systems are selected according to component and process requirements.
Engineering Performance
Strength, temperature resistance and durability are considered during selection.
Application Requirements
Final selection is aligned with the intended operating environment and component function.
Manufacturing Complex Geometries
Metal additive manufacturing enables component concepts with internal features, lightweight structures and integrated functional geometries.
Design freedom can reduce part count and support application-specific component development.
Engineering Design Opportunities
- Complex internal features
- Topology-optimized structures
- Lightweight component concepts
- Integrated component geometries
- Application-specific designs
- Part consolidation concepts
Metal Additive Manufacturing Applications
Metal additive manufacturing supports component development where complex geometry, rapid iteration, part consolidation or tooling reduction can provide engineering value.
Applications are evaluated according to material, geometry, production volume and performance requirements.
Aerospace Engineering
Complex components and lightweight structures for demanding aerospace development applications.
Defence Applications
Application-focused components requiring controlled geometry and engineering performance.
Industrial Machinery
Specialized machine components, brackets, tooling and functional development parts.
Energy Systems
Components where thermal, flow and structural requirements influence geometry.
Tooling & Fixtures
Application-specific tooling and fixtures developed without conventional tooling constraints.
Research & Development
Rapid development of advanced component concepts for engineering validation and testing.
Typical Metal Component Concepts
Metal additive manufacturing is suited to specialized component concepts where geometry and functional requirements justify an additive approach.
- Complex brackets and supports
- Lightweight structural components
- Specialized tooling components
- Heat-management structures
- Complex flow-channel components
- Prototype engineering components
- Integrated multi-feature parts
- Application-specific components
Why Metal Additive Manufacturing?
The technology provides design flexibility and manufacturing options for components that may be difficult or costly to produce conventionally.
Complex Geometry
Enables intricate internal and external component features.
Design Freedom
Supports optimized and application-specific component concepts.
Rapid Development
Reduces development cycles for suitable prototypes and components.
Part Consolidation
Multiple features can potentially be integrated into one component.
Performance Starts with the Application
Successful metal additive manufacturing begins with understanding the component function, operating environment and performance requirements.
Geometry, material, build parameters and post-processing are considered together during component development.
Component Requirements
Functional and dimensional requirements are defined before manufacturing.
Process Considerations
Build strategy and post-processing are matched to component requirements.
Inspection & Validation
Inspection requirements can be established according to the intended engineering application.
Engineering-Led Additive Manufacturing
Our approach connects metal additive manufacturing with engineering requirements, component function and application-specific manufacturing considerations.
Material, process, geometry, post-processing and manufacturing requirements are evaluated as one integrated solution.
Engineering-Focused Metal Additive Manufacturing
Manufacturing solutions aligned with component and application requirements.
Complex Component Development
Support for specialized and geometry-intensive engineering components.
Application-Oriented Material Considerations
Material selection based on component function and operating requirements.
Integration with Broader Manufacturing Solutions
Additive manufacturing connected with wider engineering and production capabilities.
Develop Your Next Metal Component
Discuss your component, material or additive manufacturing requirement with Capital Engineering Corporation.