Power Output | Small-scale prototyping | 100W (Low energy consumption) | ▲ Energy-efficient for occasional use (Reduces electricity costs by 40% vs 1000W) | ▲▲▲ Limited capacity for large molds (Max load: 50kg) |
| Mid-volume production | 500W (Standard industrial use) | ▲▲ Balances power and cost (Supports molds up to 200kg) | ▲▲▲ Requires stable voltage supply (220V ±10%) |
| Large-scale manufacturing | 1000W (High-capacity) | ▲▲▲▲ Max throughput (Handles molds up to 500kg) | ▲▲▲ High energy demand (15% higher operational costs vs 500W) |
Temperature Control | Precision engineering | ±1°C accuracy (Advanced PID regulation) | ▲▲▲ Consistent melt quality (Reduces defects by 30%) | ▲▲ Requires calibration every 500 hours |
| General molding | ±3°C accuracy (Basic PID) | ▲ Cost-effective for standard parts (Meets ISO 2768-m tolerance) | ▲▲ Risk of material degradation in high-viscosity resins |
Material Composition | Corrosive environments | 316L stainless steel (Resists 98% sulfuric acid exposure per ASTM G48) | ▲▲ Corrosion resistance (5x longer lifespan in chemical baths) | ▲▲▲ Higher upfront cost (20% pricier than 304 steel) |
Thermal Efficiency | Energy-sensitive facilities | 85% efficiency (ISO 50001 compliant) | ▲▲▲ Low heat loss (Saves 12% energy vs industry avg of 75%) | ▲▲ Requires 24-hour preheating for optimal performance |
Warranty | High-throughput plants | 1-year warranty (Includes 2 on-site service visits) | ▲▲ Matches industry standard (vs 12-month avg in injection molding tools) | ▲▲ No extended warranty option for critical components (e.g., heating elements) |
Voltage Compatibility | Global deployments | 220V-480V adaptive (IEC 60038 certified) | ▲▲▲ Universal installation (No transformer needed in 95% of countries) | ▲▲▲ Requires专业级 wiring for voltages >380V |
Cooling Speed | Rapid prototyping | 120s cooldown (vs industry avg of 180s per ASTM D256) | ▲▲▲ Cuts cycle time by 30% (Ideal for iterative design testing) | ▲▲▲ Risk of thermal shock in sudden temperature shifts |