Learn 3D Printing - Laser Powder Bed Fusion (LPBF), Plastic: A Comprehensive Guide.
,%20plastic%20(2).png "Learn 3D printing - Laser Powder Bed Fusion (LPBF), plastic") | |
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What You’ll Learn
This course equips you with a complete understanding of Laser Powder Bed Fusion (LPBF) for plastic 3D printing. By the end, you’ll master:
LPBF Technology Fundamentals: How the process works, from laser sintering to layer-by-layer fabrication.
Material & Design Mastery: Explore compatible plastics, design possibilities, and critical guidelines for successful prints.
Pros and Cons Analysis: Evaluate when LPBF excels (complex geometries) and its limitations (cost, size constraints).
Safety & Post-Processing: Implement workplace safety protocols and refine prints through finishing techniques.
Real-World Applications: Gain inspiration from case studies across aerospace, healthcare, and automotive industries.
Course Content
Structured into 13 sessions (48 minutes total), this course delivers actionable knowledge through:
Introduction to LPBF: Definition, history, and core principles.
Pros vs Cons: Speed, precision, and material waste trade-offs.
Design Principles: Overhangs, support structures, and tolerance optimization.
Material Science: Nylon (PA12), TPU, and specialty polymers.
Case Studies: Functional prototypes, end-use parts, and medical devices.
Safety Protocols: Handling powders, ventilation, and PPE requirements.
Printing Process: Machine setup, parameter tuning, and quality checks.
Post-Processing: Sanding, dyeing, and chemical smoothing.
Quality Assurance: Metrics for dimensional accuracy and mechanical testing.
Description
Laser Powder Bed Fusion (LPBF) is revolutionizing manufacturing, moving beyond prototyping to full-scale production. This course, developed by the Danish Technological Institute, offers an unbiased, industry-focused deep dive into LPBF for plastics. Designed for practicality, it answers critical questions:
When should you choose LPBF over injection molding or CNC machining?
How do design choices impact cost and functionality?
What safety risks exist, and how do you mitigate them?
Key Features
Production-Ready Focus: Learn to leverage LPBF for end-use parts, not just prototypes.
Vendor-Neutral Insights: No sales pitches—just facts about capabilities and limitations.
Quizzes & Resources: Validate knowledge with interactive checks and access further reading.
Sample Workflow
Design a lightweight, lattice-structured drone component.
Select PA12 for durability and thermal resistance.
Optimize support structures to minimize post-processing.
Validate part strength via stress simulations.
Who This Course Is For
Engineers & Designers: Integrate LPBF into product development cycles.
Manufacturing Managers: Assess LPBF’s ROI for small-batch production.
Hobbyists & Students: Explore advanced 3D printing beyond FDM/resin.
Entrepreneurs: Identify niche applications for custom parts.
Safety Officers: Implement compliant handling of polymer powders.
Prerequisites
Interest in 3D Printing: No prior LPBF experience required.
Curiosity to Innovate: Bring ideas for functional, complex designs.
The additive manufacturing market will hit $35.6B by 2027—don’t get left behind. In under an hour, you’ll:
Confidently decide if LPBF fits your project needs.
Avoid costly design errors with expert guidelines.
Unlock production-grade 3D printing skills.
Click “Start Course,” dive into laser sintering, and transform raw powder into precision parts. Your journey to industrial 3D printing starts here.
Final Note: LPBF Isn’t Magic—It’s Science
This course demystifies the tech behind everything from custom prosthetics to drone components. Enroll today and turn plastic powder into innovation.