Precision & Accuracy | High-precision experiments (e.g., DNA quantification) | Industry Standard: ±1% error (ISO 8655) Our Base: ±0.8% error (▲) Our Advanced: ±0.5% error (▲▲) | Advanced model minimizes errors in critical assays; Base improves over industry norms | Industry standard may introduce variability in sensitive workflows |
Capacity Range | Micro-scale experiments (e.g., cell culture) | Industry Standard: 0.1–10 mL Our Base: 0.001–10 mL (▲) Our Advanced: Same as Base | Base/Advanced enable ultra-low volume transfers (e.g., 0.001 mL for PCR) | Industry standard lacks precision at sub-microliter levels |
Ergonomics | Long lab sessions (e.g., repetitive assays) | Industry Standard: Basic grip Our Base: Ergonomic grip (reduces fatigue by 30%) Our Advanced: Cushioned grip (▲▲, 40% fatigue reduction) | Advanced design prevents hand strain during prolonged use; Base improves comfort | Industry models may cause discomfort in extended use |
Material Durability | Harsh chemical environments (e.g., solvent handling) | Industry Standard: Standard plastic (ASTM D543) Our Base: Polypropylene (▲, ASTM D543 compliant) Our Advanced: Reinforced polypropylene (▲▲, withstands 50+ chemicals) | Advanced resists aggressive chemicals; Base offers basic chemical resistance | Industry models may degrade in corrosive conditions |
Adjustment Mechanism | Rapid, repetitive transfers (e.g., high-throughput screening) | Industry Standard: Manual adjustment (ISO 8655) Our Base: Semi-automatic (▲) Our Advanced: Fully automatic (▲▲) | Advanced reduces user input and speeds workflows; Base improves efficiency over manual | Industry models require manual precision, risking user error |
Safety Features | Critical sample handling (e.g., radioactive materials) | Industry Standard: Basic lock (if any) Our Base: Volume lock (▲) Our Advanced: Auto-lock + calibration alerts (▲▲) | Advanced prevents accidental volume changes and alerts to drift; Base ensures stability | Industry lacks advanced safeguards for high-risk applications |