Material Composition | Assembly lines, medical | Industry: Steel (10mm, standard durability) ▲ Base: Aluminum Alloy (8mm, 30% lighter) ▲▲ Advanced: Stainless Steel (6mm, ASTM F1929, resists corrosion) | Advanced resists harsh chemicals; Base balances weight and cost | Advanced is heavier and costlier; Base lacks corrosion resistance |
Power Source | Manufacturing, automotive | Industry: Electric (common but prone to overheating) ▲ Base: Pneumatic (80 PSI, ISO 11114, continuous power) ▲▲ Advanced: Pneumatic (100 PSI, for heavy-duty tasks) | Advanced delivers higher torque; Base avoids overheating | Requires compressed air infrastructure |
Adjustability | Precision tasks, robotics | Industry: 3 joints (limited flexibility) ▲ Base: 4 joints (ISO 9283, 4-axis movement) ▲▲ Advanced: 6 joints (6-axis, handles complex paths) | Advanced enables intricate movements; Base suits most assembly needs | Advanced requires skilled setup; Industry-standard lacks versatility |
Precision | Surgical tools, electronics | Industry: ±0.5mm (suitable for basic tasks) ▲ Base: ±0.3mm (ISO 230-2, better for precision) ▲▲ Advanced: ±0.1mm (medical-grade accuracy) | Advanced ensures sub-millimeter accuracy; Base meets mid-tier needs | Advanced components increase cost; Industry-standard lacks precision for delicate tasks |
Load Capacity | Heavy-duty assembly | Industry: 10kg (light-duty) ▲ Base: 15kg (ISO 9001, medium loads) ▲▲ Advanced: 20kg (heavy industrial use) | Advanced handles bulky tools; Base suits moderate loads | Advanced may require reinforced mounting; Industry-standard limits heavy applications |
Environmental Resistance | Corrosive/Outdoor settings | Industry: IP20 (basic protection) ▲ Base: IP54 (dust/water resistant) ▲▲ Advanced: IP67 (submersion up to 1m, ASTM E1344) | Advanced withstands harsh environments; Base protects against common dust/water | Advanced needs careful maintenance; Industry-standard fails in wet/corrosive conditions |