23. February 2022
3D Printing of Tools: What are the Basics to Add Value?
From a purely technological point of view, 3D printing is definitely impressive. Bit by bit - or: layer by layer - the technology is conquering and establishing its place in many industries. In the direct production of components as well as in tool making. Nowadays, an Airbus A 350 also takes off thanks to the approximately 1,000 parts that were created using 3D printing or as part of an additive manufacturing process. But does 3D printing also impress with its cost advantages or in terms of carbon footprint? Does it manage to generate added value compared to established production methods such as casting, injection molding or milling? It's all a question of detailed process consideration.
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20. January 2022
Innovative and sustainable plastics for industrial additive manufacturing
With the LUVOSINT and LUVOCOM 3F materials, the LEHVOSS Group offers optimized materials for industrial 3D printing.
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19. January 2022
Additive manufacturing in orthopedic technology: 3D printing for perfectly customized orthotics
When manufacturing high-quality orthoses, filament 3D printing (3F) offers significant advantages over conventional manufacturing processes. There are no compromises in terms of the quality of the end product.
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Topics
- 3D printing (6)
- 3D printing filament (4)
- Additive manufacturing (3)
- Application development (2)
- Application technology (2)
- Bicycle components (1)
- Carbon fiber (3)
- Carbon fiber compounds (3)
- Carbon footprint (4)
- CFRP processing (1)
- Chemical resistance (1)
- Coefficient of friction (2)
- Compounds (7)
- Conductivity (1)
- Contract manufacturing (1)
- Cost reduction (3)
- Customized compounds (1)
- Design suitable for plastics (2)
- Development process (1)
- Energy saving (1)
- Extrusion (4)
- Extrusion printing (2)
- Fluoropolymers (1)
- Friction (2)
- Functional prototypes (1)
- High temperature resistance (1)
- High-performance compounds (7)
- High-temperature plastics (2)
- Individual (1)
- Injection moulding (2)
- Innovation (2)
- Laser sintering powder (2)
- LCF (1)
- LFT (2)
- LGF (1)
- Lightweight construction (3)
- Long fiber compounds (1)
- Long fiber theromplastics (4)
- Material development (5)
- Medical technology (1)
- Metal replacement (6)
- Metal substitute (1)
- Mold design (1)
- Orthopedic technology (1)
- Orthoses (1)
- PAEK (1)
- PEEK (2)
- Plain bearings (1)
- Plastics (8)
- Powder bed fusion (1)
- Process design (1)
- Recycling (2)
- Reproducibility (1)
- Serial production (1)
- Sliding pairing (1)
- Sterilizability (1)
- Stiffness (1)
- Strength (3)
- Sustainability (4)
- Technical plastics (2)
- Toll compounding (1)
- Tooling (1)
- Tribological plastics (3)
- Tribology (4)
- Wear (2)
- Weight saving (2)