Our high-performance Die-Cutting Tools for the Paper Industry are engineered to deliver uncompromising precision across diverse applications, from high-volume carton molding and medical-grade label production to intricate artistic book decoration. By leveraging advanced metallurgy and precision grinding, our blades ensure clean edges and minimal burrs, significantly enhancing the operational efficiency of high-speed production lines.
Designed to tackle everything from ultra-thin 0.1mm protective films to heavy-duty corrugated cardboard, our tool range incorporates cutting-edge materials like Tungsten Carbide and Cold Work Die Steel. Whether you require non-contact laser precision or high-impact serrated edges, our solutions are optimized to reduce downtime and increase processing purity, ensuring your facility maintains a competitive edge in the global packaging market.
| Alloy Tool Steel (9CrSi) | Hardness HRC 58-60, suitable for office documents & slotting | Cold Work Die Steel (SKD-11) | Hardness HRC 61-63, 3-5x longer lifespan than alloy steel |
|---|---|---|---|
| Tungsten Carbide | Hardness HRA 89-93, for high-speed cutting ≥100m/min | Slotting Knife Angle | Precision blade angle between 22-23° |
| Circular Blade Dia. | Available range from 100mm to 600mm | Thickness Range | Precision thickness from 0.5mm to 1.8mm |
| Cutting Force | Serrated blades support cutting force ≥500N | Burr Rate | Optimized to maintain a burr rate ≤0.3% |
| Cutting Accuracy | Laser die-cutting precision up to ±0.05mm | Processing Purity | Composite film separation purity ≥95% |
Using SKD-11 and Tungsten Carbide ensures superior wear resistance and impact strength for heavy-duty cycles.
Optimized for production lines exceeding 500 sheets/min, reducing maintenance intervals and downtime.
Achieve ultra-thin 0.1mm cutting for electronic components and high-accuracy ±0.05mm for labels.
Titanium plating and anti-stick coatings prevent paper debris residue and adhesive buildup.
High-precision grinding and non-contact laser technology ensure smooth edges for premium packaging.
Seamlessly switches between corrugated cardboard, composite films, and RFID electronic labels.
Matching alloy or carbide steels to specific paper weights and production speeds.
Precise gap control (0.03-0.3mm) tailored to thin paper or thick cardboard.
Scheduled checks every 8 hours for alloy steel and 30 days for hard alloy coatings.
Compressed air cleaning systems to remove paper scraps from blade grooves.
Regular maintenance of bearing components to ensure smooth high-speed rotation.
Implementing rust-proof coatings and titanium plating for clean-room environments.
| Material Type | Service Life | Efficiency Gain |
|---|---|---|
| Alloy Steel (9CrSi) | Standard Baseline | Baseline Performance |
| Cold Work Steel (SKD-11) | 3-5x Longer | +15% Output |
| Hard Alloy (Carbide) | 8-10x Longer | +30% Output |
| Coated Blades | 5x Longer | +20% Reduced Scrap |
| Comprehensive System | Optimized Cycle | 20% - 50% Overall Increase |
For speeds ≥100 meters/minute, Tungsten Carbide (Hard Alloy) is recommended due to its extreme hardness (HRA 89-93) and superior wear resistance.
We recommend using blades with titanium plating or specialized anti-sticking coatings to reduce residue and maintain cutting purity.
For thin paper, the gap between the blade and the bottom mold should be strictly controlled between 0.03mm and 0.1mm to prevent burrs.
Yes, our serrated blades provide a cutting force ≥500N, specifically designed for hard materials and heavy cardboard with a burr rate ≤0.3%.
Alloy steel knives should be checked for wear every 8 hours of operation, whereas hard alloy knives require coating integrity checks every 30 days.
Our laser die-cutting technology achieves a precision of ±0.05mm, making it ideal for medical labels and high-precision electronic components.
our products are exported to various parts of the world. Currently, our products have been exported to more than 40 countries Our products cover Asia, Europe, Africa, South America, North America, and Oceania
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