LFAM for
Education
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Why Additive Manufcaturing for Marine?
Education evolves with tools that spark creativity and discovery. Our technologies bring concepts to life, enabling educators and students to explore hands-on innovation and transform ideas into real-world applications.
Engaging Learing
Create tangible models for dynamic, immersive education.
Research and Innovation
Support advanced studies with precision-built prototypes.
Custom Applications
Customize approaches for precise scholarly and organizational requirements.
Sustainability
Foster eco-conscious learning with reduced material waste.
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Education Applications
Education Applications
INDUSTRIAL DESIGN PROTOTYPES
COMPLEX MODELS
ART & DESIGN INSTALLATIONS, ARCHITECTURAL COMPONENTS
INDUSTRIAL DESIGN PROTOTYPES
COMPLEX MODELS
ART & DESIGN INSTALLATIONS, ARCHITECTURAL COMPONENTS
INDUSTRIAL DESIGN PROTOTYPES
COMPLEX MODELS
ART & DESIGN INSTALLATIONS, ARCHITECTURAL COMPONENTS
INDUSTRIAL DESIGN PROTOTYPES
COMPLEX MODELS
ART & DESIGN INSTALLATIONS, ARCHITECTURAL COMPONENTS
|
Our Process
01
Scope & Requirements
Our team discusses your project’s designs and requirements with you. Modifications to your design are made to optimise it for the 3D printing process. A material is selected based on your requirements. Post-processing steps are mapped out.
Design & Simulation
Your project's time, weight and resolution are estimated in more detail at this stage. The print is simulated from start to finish using Hyperion's digital twin software. The project is uploaded to our machine and manufactured as a layered 3D shape.
02
03
Manufacturing
Your project is swiftly 3D printed on our machines. Any required post-processing steps are carried out prior to finishing for delivery. Post-processing steps include milling, sanding, filling, or painting.
BLOG
Let’s Shape the Future Together with Additive Manufacturing.
Talk to our experts about your additive manufacturing needs.
Let’s Shape the Future Together with Additive Manufacturing.
Talk to our experts about your additive manufacturing needs.
Let’s Shape the Future Together with Additive Manufacturing.
Talk to our experts about your additive manufacturing needs.
FAQ
FAQ
FAQ
What category of manufacturing does 3D printing belong to?
What category of manufacturing does 3D printing belong to?
What category of manufacturing does 3D printing belong to?
Are additive manufacturing and 3D printing the same, or do they differ?
Are additive manufacturing and 3D printing the same, or do they differ?
Are additive manufacturing and 3D printing the same, or do they differ?
How does additive manufacturing differ from traditional manufacturing methods?
How does additive manufacturing differ from traditional manufacturing methods?
How does additive manufacturing differ from traditional manufacturing methods?
What are the main benefits of additive manufacturing?
What are the main benefits of additive manufacturing?
What are the main benefits of additive manufacturing?
Why choose LFAM solutions to produce parts?
Why choose LFAM solutions to produce parts?
Why choose LFAM solutions to produce parts?
How do I decide which material is most suitable to print with?
How do I decide which material is most suitable to print with?
How do I decide which material is most suitable to print with?
Who will own the copyright to the printed object or material?
Who will own the copyright to the printed object or material?
Who will own the copyright to the printed object or material?
Engaging Learing
Create tangible models for dynamic, immersive education.
Research and Innovation
Support advanced studies with precision-built prototypes.
Custom Applications
Customise approaches for precise scholarly and organizational requirements.
Sustainability
Foster eco-conscious learning with reduced material waste.
|
Why Additive Manufcaturing for Marine?
Education evolves with tools that spark creativity and discovery. Our technologies bring concepts to life, enabling educators and students to explore hands-on innovation and transform ideas into real-world applications.
Engaging Learing
Create tangible models for dynamic, immersive education.
Research and Innovation
Support advanced studies with precision-built prototypes.
Custom Applications
Customize approaches for precise scholarly and organizational requirements.
Sustainability
Foster eco-conscious learning with reduced material waste.
|
Our Process
01
Scope & Requirements
Our team discusses your project’s designs and requirements with you. Modifications to your design are made to optimise it for the 3D printing process. A material is selected based on your requirements. Post-processing steps are mapped out.
Design & Simulation
Your project's time, weight and resolution are estimated in more detail at this stage. The print is simulated from start to finish using Hyperion's digital twin software. The project is uploaded to our machine and manufactured as a layered 3D shape.
02
03
Manufacturing
Your project is swiftly 3D printed on our machines. Any required post-processing steps are carried out prior to finishing for delivery. Post-processing steps include milling, sanding, filling, or painting.
|
Our Process
01
Scope & Requirements
Our team discusses your project’s designs and requirements with you. Modifications to your design are made to optimise it for the 3D printing process. A material is selected based on your requirements. Post-processing steps are mapped out.
Design & Simulation
Your project's time, weight and resolution are estimated in more detail at this stage. The print is simulated from start to finish using Hyperion's digital twin software. The project is uploaded to our machine and manufactured as a layered 3D shape.
02
03
Manufacturing
Your project is swiftly 3D printed on our machines. Any required post-processing steps are carried out prior to finishing for delivery. Post-processing steps include milling, sanding, filling, or painting.