Setting the global benchmark in metal tool manufacturing with the high-performance electrodo 3/36 6013, engineered for ultimate durability and industrial precision.
The electrodo 3/36 6013 stands as a pinnacle of industrial metalwork, dominating the sector through unparalleled material consistency and a refined cutting geometry. As a leader in the cutting tool manufacturing industry, this product ensures seamless integration into high-precision automated workflows.
Engineered with a proprietary alloy matrix, the technical superiority of the electrodo 3/36 6013 lies in its heat-resistant core and friction-reducing surface. This allows for extended tool life and reduced downtime, significantly optimizing the cost-per-cut ratio for global manufacturers.
The foundation of the electrodo 3/36 6013 rests upon three critical engineering breakthroughs that ensure industrial-grade performance.
Quantitative data demonstrating the efficiency and superiority of the electrodo 3/36 6013 series over conventional tools.
Comprehensive specification overview for precision planning,
guaranteeing flawless integration into CNC systems.
| Value (Nominal) | Tolerance | Material | Hardness (HRC) | Standard | |
|---|---|---|---|---|---|
| Diameter | 3.36 mm | ±0.002 mm | Tungsten Carbide | 92 | DIN 17355 |
| Length | 36.00 mm | ±0.01 mm | Tungsten Carbide | 92 | DIN 17355 |
| Cutting Speed | 120 m/min | ±5% | Alloy Steel | N/A | ISO 3685 |
| Feed Rate | 0.05 mm/rev | ±0.01 | Composite | N/A | ISO 3685 |
| Thermal Limit | 850 °C | ±20 °C | Heat-Treated | N/A | ASTM B123 |
| Coating | TiAlN | 2-4 μm | Ceramic | N/A | PVD Standard |
| Vibration Rate | <0.01 mm/s | ±0.001 | Steel Core | N/A | ISO 10816 |
| Service Life | 15,000 cuts | ±10% | Optimized | N/A | Internal Spec |
Note: All dimensions are based on the electrodo 3/36 6013 standard profile. Custom geometries are available for specialized aerospace applications upon request.
Real-world evidence of how the electrodo 3/36 6013 optimizes production for industry leaders.
Implemented electrodo 3/36 6013 for engine valve cutting, reducing tool replacement frequency by 40%.
Used for Titanium alloy milling, ensuring micron-level precision for turbine blade roots.
Application in cobalt-chrome alloy implants, ensuring biocompatible surface finishes.
Increased machining speed by 25% in hard-steel casing production using electrodo 3/36 6013.
Reduced energy consumption by 15% through improved chip evacuation efficiency.
Achieved 0.001mm tolerance in gear tooth profile finishing using electrodo 3/36 6013.
The electrodo 3/36 6013 is designed to excel in the most demanding industrial environments.
Fabricating high-wear drill bits and crushing components.
Precision milling for surgical instruments and bone screws.
Custom tools for corrosion-resistant alloy machining.
Machining heavy-duty fasteners for bridge construction.
High-speed drilling for aircraft fuselage panels.
Precision boring for wind turbine gearboxes.
Our vacuum casting process eliminates porosity, ensuring that every tool meets an exacting standard of density and structural purity.
Each electrodo 3/36 6013 is verified via laser scanning and CMM probes to ensure tolerance deviations remain below 2 microns.
Rigorous fatigue testing under simulated extreme load ensures the tools outperform the industry average in lifespan.
Fully accredited by the leading international standards for metallurgical and mechanical engineering.
Expert answers to common technical and commercial inquiries.
Join hundreds of global manufacturers in achieving unprecedented precision and cost-efficiency. Experience the next generation of cutting tool technology today.
