Material Quality | Harsh industrial environments | Industry: Plastic (500 operational hours, ISO 1234) ▲ Our Base: Steel (1000 hours) ▲▲ Advanced: Stainless Steel (2000 hours, corrosion-resistant) | Enhanced durability for corrosive or abrasive conditions. Longer lifespan in extreme environments. | Advanced version may incur higher upfront costs. |
Detection Range | High-speed weaving operations | Industry: 5–10 cm (ISO 5678) ▲ Our Base: 3–8 cm ▲▲ Advanced: 2–6 cm (precision laser calibration) | Faster detection of yarn breaks, reducing downtime. Supports high-speed looms. | Shorter range requires precise sensor placement. |
Environmental Resistance | High-temperature factories | Industry: Up to 40°C, 60% humidity ▲ Base: 50°C, 70% ▲▲ Advanced: 60°C, 80% (IP67 rated) | Operates reliably in hot, humid, or dusty factory conditions. Reduces downtime in harsh climates. | Advanced models may require cooling systems for extreme use. |
Response Time | Real-time quality monitoring | Industry: 200 ms (standard optical sensors) ▲ Base: 150 ms ▲▲ Advanced: 100 ms (laser-based) | Immediate feedback for error correction, improving fabric quality. Minimizes production defects. | Advanced sensors may need frequent recalibration. |
Sensor Type | Precision weaving applications | Industry: Basic optical sensors ▲ Base: Enhanced optical (dual-lens) ▲▲ Advanced: Laser-based (0.1 mm accuracy) | Advanced laser sensors ensure flawless pattern alignment and thread consistency. | Higher cost and technical expertise required for setup. |
Warranty/Support | Budget-sensitive buyers | Industry: 1-year warranty ▼ Base: Unavailable ▼ Advanced: Unavailable | Lower upfront cost compared to competitors with warranties. Focus on cost-effective solutions. | No post-purchase support or repair guarantees. |