Material Compatibility | Diverse prototyping (e.g., automotive, medical) | Industry Standard: 3 materials (ABS, PLA, nylon) Our Base: 5 materials (ASTM D543: ABS, silicone, SLA resin) ▲ Our Advanced: 7+ materials (specialty composites like carbon fiber) ▲▲ | Advanced ▲▲ enables niche applications (e.g., aerospace-grade composites) | Industry Standard limits material choices for specialized projects |
Surface Finish Quality | High polish for testing/presentation | Industry Standard: 1.2 Ra (ISO 4287) Our Base: 0.8 Ra (ISO 4287 compliant) ▲ Our Advanced: 0.4 Ra (mirror-like finish) ▲▲ | Advanced ▲▲ meets precision standards for medical devices | Industry Standard may show visible imperfections |
Production Speed | Time-sensitive projects | Industry Standard: 72h lead time Our Base: 48h (ISO 9001 certified) ▲ Our Advanced: 24h (accelerated SLA/SLS) ▲▲ | Advanced ▲▲ reduces time-to-market by 66% | Industry Standard delays may impact project timelines |
Customization Flexibility | Unique designs (e.g., complex geometries) | Industry Standard: Limited modular options Our Base: Adjustable compartments (ISO 14756) ▲ Our Advanced: Fully modular (10+ configurations) ▲▲ | Advanced ▲▲ allows tailored solutions for intricate prototypes | Industry Standard lacks adaptability for custom geometries |
Application Scope | Specialized prototyping (human figures) | Industry Standard: General prototyping Our Base: Machinery prototyping ▲ Our Advanced: Human figures + complex geometries ▲▲ | Advanced ▲▲ excels in anatomical models and detailed figures | Industry Standard may not handle intricate human features |
Cost-Effectiveness | Budget-sensitive projects | Industry Standard: High per-unit cost Our Base: 10% savings (medium runs) ▲ Our Advanced: 20% savings (large batches) ▲▲ | Advanced ▲▲ reduces costs for high-volume production | Industry Standard may be prohibitively expensive for startups |