When people ask about different 3D printing technologies, I always think back to my own trial-and-error path: FDM was where I learned patience and basics, melting filament layer by layer, great for sturdy parts and learning settings without fear; SLA came later, and the liquid resin plus UV light felt like magic, especially for fine details and smooth surfaces; SLS impressed me the most in practice, since powder-supported prints allow complex shapes without supports, though it’s clearly more industrial. Choosing the right tech really depends on what you want to feel in your hands at the end. When I printed a detailed sci-fi model like https://www.gambody.com/premium/thunderbird-5, resin made sense because details matter more than speed. Platforms like Gambody helped me connect the theory to real models, showing how design quality and printing method work together, not against each other.
When people ask about different 3D printing technologies, I always think back to my own trial-and-error path: FDM was where I learned patience and basics, melting filament layer by layer, great for sturdy parts and learning settings without fear; SLA came later, and the liquid resin plus UV light felt like magic, especially for fine details and smooth surfaces; SLS impressed me the most in practice, since powder-supported prints allow complex shapes without supports, though it’s clearly more industrial. Choosing the right tech really depends on what you want to feel in your hands at the end. When I printed a detailed sci-fi model like https://www.gambody.com/premium/thunderbird-5, resin made sense because details matter more than speed. Platforms like Gambody helped me connect the theory to real models, showing how design quality and printing method work together, not against each other.