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FDM / FFF
Layer-based polymer deposition for functional parts, prototypes and fixtures.
Additive Manufacturing Division
Plastic & Resin Based 3D Printing
Advanced polymer additive manufacturing for prototypes, functional components and application-focused production across industrial, defence and aerospace sectors.
Engineering Additive Manufacturing
From Digital Design to Functional Parts
Converts digital designs into precision polymer and resin components without conventional tooling.
Supports prototyping, design verification, tooling aids and low-volume production.
Engineering support covers preparation, printing, finishing and component development.
FDM / FFF
High-Strength Polymer Components
FDM produces functional polymer parts directly from digital engineering models.
Suitable for housings, fixtures, prototypes, brackets and application-specific components.
PEEK enables high-performance components for demanding industrial applications.
Typical Applications
- Functional prototypes
- Equipment housings
- Jigs and fixtures
- Low-volume components
- Lightweight structures
Professional FDM additive manufacturing
Process Technologies
Plastic & Resin Printing Technologies
Process selection is based on geometry, accuracy, surface finish and material requirements.
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SLA
Resin process for fine detail, smooth surfaces and high-accuracy prototypes.
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DLP
Photopolymer process for detailed components and fine-feature development.
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SLS
Polymer powder process for complex geometries and functional components.
Resin Manufacturing
High-Detail Resin Components
Resin printing delivers fine features, accurate geometry and high-quality surfaces.
Ideal for detailed prototypes, inspection aids, development models and precision components.
Material selection is matched to functional, visual and environmental requirements.
Resin-based precision manufacturing
Material Engineering
Materials for Application Requirements
Material selection is driven by mechanical, thermal, environmental and dimensional requirements.
Engineering Thermoplastics
Functional parts, housings and fixtures.
High-Performance Polymers
High mechanical and thermal performance.
Photopolymer Resins
Fine detail, accuracy and surface quality.
Engineering materials and production
Applications
Prototypes to Production Components
Accelerates design validation and supports selected low-volume manufacturing requirements.
Suitable where geometry changes, tooling cost or development speed are critical factors.
Industrial additive manufacturing
Rapid Prototyping
Fast form and fit evaluation during development.
Functional Prototypes
Engineering parts for practical testing.
Jigs & Fixtures
Customized aids for production and inspection.
Housings & Enclosures
Application-specific protective structures.
Replacement Components
Selected low-volume polymer replacements.
Design Verification
Physical models for engineering validation.
Industry Applications
Advanced Engineering Sectors
Plastic and resin additive manufacturing supports industrial, commercial, defence and aerospace work.
Process, material and component validation are selected according to application requirements.
Advanced engineering applications
Engineering Advantages
Performance Through Additive Manufacturing
Provides design flexibility, rapid iteration and reduced tooling dependency for suitable applications.
Design Freedom
Complex geometries from digital models.
Rapid Iteration
Faster evaluation of design changes.
Reduced Tooling
Lower tooling dependency for suitable parts.
Low-Volume Flexibility
Efficient for selected development quantities.
Additive manufacturing workflow
Component Development
Typical Engineering Components
Supports precision development parts across equipment, assemblies and industrial applications.
- Equipment housings and covers
- Mounting brackets and supports
- Protective guards
- Air and fluid routing prototypes
- Assembly aids and fixtures
- Product-development prototypes
- Inspection models
- Low-volume components
Precision engineering components
Capital Engineering Corporation
Engineering Support Beyond the Printer
Our approach connects additive manufacturing with engineering requirements and applications.
Material, process, component and manufacturing considerations are evaluated as one solution.
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Engineering-focused manufacturing
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Application-based material selection
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Prototype and component development
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Integrated manufacturing solutions
Develop Your Next Engineering Component
Discuss your component, material or additive manufacturing requirement with Capital Engineering Corporation.