Stainless Steel Food Blades

Stainless steel food cutting blades are widely used in various food processing machines: juicers, meat grinders, bread cutters, fruit and vegetable mixers, utility knives, etc.

The blade edge is sharp, the cutting efficiency is high, the incision is flat, and the slice is even and beautiful.

Commonly used 440, 420, 304 materials

Dimensions (mm)L*W*H Crushing Chamber Size (mm) Blade Diameter (mm) Blade Thickness (mm) Number of Blades Power (kw) Weight (kg)
SZ – 500 2800x1300x1850 500×480 200 20 24 11×2 2200
SZ – 800 3000x1300x1850 800×480 200 20 40 22×2 2500
SZ – 1000 3300x1900x2200 1000×690 300 40 24 30×2 5200
SZ – 1200 3600x2000x2200 1200×690 300 40 30 37×2 6400
SZ – 1500 4180x2100x2400 1500×850 550 50/75 30/20 45×2 9000
SZ – 1800 5800x2400x3300 1800×1206 550 50/75 36/24 55×2 13600
SZ – 2000 6400x2700x3500 2000×1490 600 50/75 40/26 90×2 20100
SZ – 2500 7500x3200x3800 2500×1800 600 75/100 32/24 110×2 25000
SZ – 3000 8600x3500x4000 3000×1800 600 75/100 40/30 132×2 31000
Note: 1. The number of blade teeth, diameter, and thickness can be customized based on the type of material and discharge size. 2. Different types of materials and discharge sizes will also result in varying equipment output.
Model Tool Specifications Power Number of Blades Gearbox Rotational Speed (r/min) Dimensions (m)
600 Φ200*10 15kw 48 400 18-25 1.45*0.84*2.2
Φ200*20 15kw 24 400 18-25 1.45*0.84*2.2
800 Φ200*20 15kw*2 32 400*2 18-25 2.15*0.87*2.2
Φ300*30 30kw*2 18 650*2 18-25 3.4*1.2*2.2
1000 Φ300*25 30kw*2 32 650*2 18-25 3.4*1.25*2.2
Φ300*30 30kw*2 27 650*2 18-25 3.4*1.25*2.2
Φ400*40 45kw*2 20 750*2 18-25 3.4*1.25*2.2
1200 Φ400*30 55kw*2 38 650*2 18-25 4.15*1.25*2.2
Φ400*40 55kw*2 28 750*2 18-25 4.15*1.25*2.2
1500 Φ400*30 75kw*2 48 750*2 18-25 4.15*1.25*2.2
Φ400*40 75kw*2 36 750*2 18-25 4.15*1.25*2.2
Φ400*50 75kw*2 28 850*2 18-25 4.15*1.25*2.2
2000 Φ530*50 90kw*2 38 850*2 18-30 5.25*1.78*2.2
Φ600*60 90kw*2 31 850*2 18-30 5.25*1.78*2.2

Design Features

Cutting Edge:

  • Precision-ground single bevel edge ensures efficient shredding and extended blade life.

Internal Structure:

  • Optimized through Finite Element Analysis (FEA) to ensure strength and minimize stress points.
  • Reinforced sections to handle high-impact forces and resist deformation.

Surface Finish:

  • Polished surface with anti-corrosion coating for improved longevity in harsh environments.
Double-Shaft-Shredder-Blade01

Performance and Testing

Cutting Efficiency:

  • Designed for high throughput with minimal downtime, maintaining sharpness over prolonged use.

Durability Testing:

  • Underwent rigorous impact and wear tests to ensure long-lasting performance.

Stress Analysis:

  • Conducted FEA to validate structural integrity under high-load conditions, ensuring the blades withstand the toughest applications.

Packaging & Shipment

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