Vulcanizing Machines | Soccer ball production, tire curing | Temperature Stability: Industry (±5°C) vs Our Base (±3°C ▲) vs Our Advanced (±1°C ▲▲) (ASTM D2000) | Ensures uniform curing; reduces defects. (±1°C tooltip: "Ensures uniform curing of complex rubber molds") | Higher energy consumption for tighter tolerances. |
Hydraulic Presses | Shaping rubber components, forming parts | Pressure Capacity: Industry (800 tons) vs Our Base (1000 tons ▲) vs Our Advanced (1500 tons ▲▲) (ISO 3744) | Handles heavy-duty tasks; adjustable for diverse materials. (1500 tons tooltip: "Handles thick rubber composites") | Requires skilled operation; higher upfront cost for advanced models. |
Injection Molding Machines | Mass production of rubber seals, gaskets | Clamping Force: Industry (2000 kN) vs Our Base (2500 kN ▲) vs Our Advanced (3000 kN ▲▲) (ISO 21782) | High throughput; precise replication of designs. (3000 kN tooltip: "Supports large rubber components") | High mold costs; limited flexibility for small batches. |
Extrusion Machines | Producing rubber tubing, profiles | Extrusion Rate: Industry (5 m/min) vs Our Base (7 m/min ▲) vs Our Advanced (10 m/min ▲▲) (ASTM D3182) | Efficient for continuous production; low waste. (10 m/min tooltip: "Increases output by 30%") | Requires regular maintenance to maintain consistency. |
Die-Cutting Machines | Cutting rubber sheets for soles, gaskets | Blade Precision: Industry (±0.2mm) vs Our Base (±0.15mm ▲) vs Our Advanced (±0.1mm ▲▲) (ISO 148) | Minimizes material waste; high repeatability. (±0.1mm tooltip: "Minimizes material waste") | Blades wear faster with abrasive materials. |
CNC Rubber Forming Machines | Custom rubber molds, intricate parts | CNC Accuracy: Industry (±0.3mm) vs Our Base (±0.2mm ▲) vs Our Advanced (±0.1mm ▲▲) (ISO 230-2) | Creates complex geometries; reduces manual labor. (±0.1mm tooltip: "Creates intricate rubber designs") | Requires specialized training; slower cycle times for precision. |