Material Quality | Heavy Industry, Continuous Use | Industry: ASTM A36 steel (50,000 psi tensile) Our Base: S45C steel (58,000 psi, ▲1) Our Advanced: S55C steel (63,000 psi, ▲2) | Base: 17% stronger than standard for durability. Advanced: 26% stronger with corrosion resistance (ASTM A29). | Base: Slightly heavier than standard. Advanced: Requires more storage space. |
Voltage Compatibility | Global Workshops, Industrial Factories | Industry: 220V single-phase Our Base: 220V Our Advanced: 380V three-phase (▲1) | Advanced supports 3-phase power for heavy loads (ISO 60038). Universal voltage for global deployment. | Advanced requires three-phase infrastructure (not common in small workshops). |
Hydraulic Pressure | Heavy-Duty Machining, Hardened Alloys | Industry: 50 bar Our Base: 60 bar (▲1) Our Advanced: 70 bar (▲2) | Base: 20% higher pressure for tougher materials. Advanced: 40% increase for hardened steels (ISO 10765). | Higher pressure increases energy consumption and noise levels. |
Coolant System Capacity | Continuous Production Lines | Industry: 10L (1hr runtime) Our Base: 15L (▲1, 1.5hrs) Our Advanced: 20L (▲2, 2hrs) | Base: 50% longer runtime for small batches. Advanced: Doubles runtime for mass production. | Larger tanks add weight and require more space. |
Grinding Precision | Precision Engineering, Aerospace Parts | Industry: ±0.01mm (ISO 10791) Our Base: ±0.005mm (▲1) Our Advanced: ±0.002mm (▲2) | Base: Twice as precise for medical components. Advanced: Meets aerospace tolerances (ISO 1328). | Higher precision requires meticulous calibration and maintenance. |
Weight & Stability | Workshop Mobility vs Factory Stability | Industry: 200kg (standard) Our Base: 180kg (▲1) Our Advanced: 220kg (▲0) (Advanced has reinforced base) | Base: 10% lighter for benchtop mobility. Advanced: 20% more stable for heavy-duty tasks (ISO 230-2). | Advanced is harder to relocate due to increased weight. |