Material | Corrosive environments, lightweight applications | - Industry Standard: Steel (ISO 3506) - Our Base: Aluminum alloy EN AW-6061 (EN ISO 12100) - Our Advanced: Aluminum-composite hybrid (ASTM B250) | ▲ Lighter than steel (reduces load requirements) ▲ Corrosion resistance (EN ISO 12100 compliance) | ▲ Base: 10% lower load capacity than steel ▲ Advanced: 20% cost premium vs steel |
Maximum Stroke Length | Large-scale automation, robotic arms | - Industry Standard: Up to 1,500mm (ISO 15552) - Our Base: 2,000mm (per customer specs) - Our Advanced: 2,500mm (customizable) | ▲ Extended reach for long assembly lines (2,000mm) ▲ Customizable lengths for specialized machinery | ▲ Base: Requires more space ▲ Advanced: Higher installation complexity |
Shaft Diameter | High-load applications, precision tools | - Industry Standard: Up to 80mm (ISO 4401) - Our Base: Up to 100mm (ISO 4401) - Our Advanced: Up to 250mm (custom tolerance) | ▲ Supports heavier payloads (100mm shaft) ▲ Precision tolerances (±0.01mm) for critical machinery | ▲ Base: Limited to standard diameters ▲ Advanced: Requires specialized mounting brackets |
Certification | Safety-critical industries | - Industry Standard: ISO 9001 - Our Base: EN ISO 12100 (safety of machinery) - Our Advanced: EN ISO 12100 + ISO 14001 (environmental management) | ▲ Compliance with EU machinery safety regulations ▲ Advanced: Meets global environmental standards | ▲ Base: No environmental certifications ▲ Advanced: Longer certification process |
Weight | Portable equipment, mobile robotics | - Industry Standard: 1.5kg (steel-based) - Our Base: 1.0kg (aluminum) - Our Advanced: 0.8kg (composite) | ▲ 33% lighter than steel (eases portability) ▲ Advanced: Reduces energy consumption in mobile systems | ▲ Base: Sacrifices minor load capacity ▲ Advanced: Fragile under extreme impacts |
Structural Design | High-speed applications, repetitive motion | - Industry Standard: Solid piston - Our Base: Hollow piston (reduces inertia) - Our Advanced: Dual-chamber piston (ISO 15552) | ▲ 20% faster acceleration (hollow design) ▲ Advanced: 30% longer lifespan under cyclic loads | ▲ Base: Higher maintenance frequency ▲ Advanced: Complex maintenance protocols |