Pinch Rollers | Media feeding in inkjet/plotters | Material: Steel core with polyurethane coating (Industry: 200 N load; Our Base: 300 N▲; Our Advanced: 400 N▲▲) Friction Coefficient: 0.15 (ISO 11998 compliant) Noise Level: 42 dBA (quieter than a whispering voice) | ▲▲ Our Advanced handles 2x heavier loads than Industry Standard Low friction reduces media slippage | Higher cost than basic rollers Requires alignment adjustments |
Tension Rollers | Maintaining media tension in printers | Tension Range: Industry: 0-10 N; Our Base: 0-15 N▲; Our Advanced: 0-20 N▲▲ Spring Load: 500 cycles (ASTM D3330) | ▲▲ Our Advanced accommodates 100% wider tension variation Prevents wrinkling in high-speed printing | Complex calibration needed Less durable under extreme loads |
Drive Rollers | Power transmission in high-speed printers | RPM: Industry: 1500; Our Base: 1800▲; Our Advanced: 2000▲▲ Motor Torque: 5 Nm (IEC 60034-1) | ▲▲ Our Advanced boosts print speeds by 33% Quiet operation (45 dBA) Longer motor lifespan | Higher energy consumption Requires frequent lubrication |
Idler Rollers | Guiding media in lightweight systems | Material: Industry: Aluminum; Our Base: Fiberglass▲; Our Advanced: Carbon Fiber▲▲ Weight: 200g (ISO 3801 verified) | ▲▲ Our Advanced reduces inertia by 50% Quieter than metal rollers | Lower load capacity (max 150 N) Costly for large-scale use |
Coated Rollers | High-wear environments (e.g., industrial printers) | Coating Thickness: Industry: 1mm; Our Base: 1.5mm▲; Our Advanced: 2mm▲▲ ASTM F739 chemical resistance (withstands 50+ exposures) | ▲▲ Our Advanced doubles coating durability Resists abrasion and chemicals | Heavier, may require stronger mounting brackets Slower heat dissipation |
Precision Rollers | High-accuracy printing (e.g., PCB prototyping) | Tolerance: Industry: ±0.1mm; Our Base: ±0.05▲; Our Advanced: ±0.02▲▲ Surface Finish: Ra 0.2 μm (ISO 4287) | ▲▲ Our Advanced achieves micron-level precision Minimizes print misalignment | Expensive manufacturing process Sensitive to dust/particles |