Manufacturing Heating Elements TRIZ Cases
- Extruder Heater Channel Geometry for Faster Filament Melting
A heater channel transitions from circular to flattened cross-sections to increase filament surface area and accelerate thermoplastic production.
- 3D Modeling Filament Sea-Island Structure Bending Elastic Modulus
A sea-island filament structure combines multiple resins and a compatibilizing agent to enhance mechanical strength.
- Additive Manufacturing Heater Control Adjustment
Dynamic heater control optimizes temperature uniformity and reduces warming-up time by automatically adjusting power based on real-time sensor feedback.
- 3D Print Head With Rotation-Asymmetrical Outlet
A 3D print head with a rotation-asymmetrical outlet applies heated plastic material to build components.
- 3D Shaping Plant Fiber Powder with Infrared Absorber Binding
A three-dimensional shaping method deposits binder liquids containing infrared absorbers onto plant-derived fiber powder layers to form textured surfaces.
- 3D Hot-Melt Printing Near-Infrared Preheating
Selective near-infrared preheating reduces energy consumption and improves surface quality in 3D hot-melt printing.
- Continuous Fiber Composite Printing with Pre-Impregnated Hardener
Segmented matrix coating ensures complete curing at fiber bundle centers, preventing structural sagging in high-density composites.
- 3D Printing Deformation Control via Real-Time Beam Adjustment
Real-time feedback adjusts beam parameters to prevent layer warping, maintaining flatness without auxiliary supports.
- Coaxial Cable Embedding in 3D Printed Thermoplastic Filaments
A coaxial merging station coats electrical conductors with functional materials before embedding them into heated thermoplastic filaments.
- Four-Pass Additive Fusing for Amorphous Polymer Ductility
A four-pass fusing process maintains molten polymer reptation to lock amorphous structures.
- In-situ Hot Working Additive Manufacturing Porosity Control
A hybrid manufacturing system applies mechanical force and heat to additively manufactured parts during deposition.
- Drawn Fused Filament Fabrication for Fine Feature Resolution
A drawn fused filament fabrication method extrudes material and pulls it to create thin filaments independent of nozzle diameter.
- Optical Modifiers in Additive Manufacturing Feedstock
Optical modifiers redirect electromagnetic radiation to irradiate resin within feedstock lines, resolving shadowing effects from opaque fibers.