High-Speed Cold Forging Machine | High-volume fastener/rivet production | Processing Speed: 150 RPM (Industry Standard: 90 RPM ▲66% faster) Force: 250 tons (Industry: 150 tons ▲66% higher) Noise: 75 dB (Industry: 95 dB ▲20 dB quieter) | ▲33% faster Base model vs Industry; Advanced model adds 25% speed/force boost | Higher upfront cost; requires skilled operators for precision setups |
Hot Forging Presses | Large, complex metal shaping | Force: 500 tons (Industry: 400 tons ▲25% higher) Temp: 1200°C (Industry: 1000°C ▲20% hotter) Cycle: 60 sec/cycle (Industry: 45 sec ▼33% slower) | Forms intricate shapes at high ductility; handles large components | Energy-intensive; slower cycle times; requires post-heat treatment |
Hydraulic Presses | Custom medium/large parts | Adjustable Force: 100–300 tons (Industry: 150–250 tons ▲33% broader range) Energy: 0.8 kW/cycle (Industry: 1.2 kW ▲33% efficient) Precision: ±0.01 mm (Industry: ±0.05 mm ▲5x tighter) | Versatile force adjustment; ultra-precise outputs | Higher maintenance costs; slower than mechanical presses |
Mechanical Presses | Standardized mass production | Speed: 150 RPM (Industry: 120 RPM ▲25% faster) Force: 150 tons (Industry: 180 tons ▼17% lower) Noise: 90 dB (Industry: 95 dB ▲5 dB quieter) | Cost-effective; rapid cycle times | Limited force capacity; less adaptable for custom parts |
Automatic Screw Machines | Small, complex part mass production | Part Diameter: 12 mm (Industry: 10 mm ▲20% larger) Tolerance: ±0.005 mm (Industry: ±0.01 mm ▲2x tighter) Automation: Fully automatic (Industry: Semi-automatic ▲full automation) | High precision; fully automated workflows | Limited to small parts; high initial investment |
Stamping Machines | Sheet metal fabrication | Thickness Range: 0.5–6 mm (Industry: 0.3–5 mm ▲33% broader) Force: 250 tons (Industry: 200 tons ▲25% higher) Die Change: 15 min (Industry: 25 min ▲40% faster) | Versatile sheet handling; rapid die adjustments | Not suitable for small parts; requires skilled die setup |