Yalman Knives places CNC machining (precision CNC processing) at the core of its manufacturing process for high-performance blades used in industrial shredder and cutting systems. CNC machining is a critical stage that directly affects dimensional accuracy, mechanical strength, and the overall service life of the blades.
All Yalman Knives products are manufactured following the principle of CNC machining after vacuum heat treatment. This approach ensures that:
Deformations caused by heat treatment are completely eliminated,
Bolt holes and seating surfaces are machined with high precision,
Blade-to-machine compatibility is maximized.
Our modern vertical and horizontal CNC machining centers are optimized for shredder blades operating under heavy-duty conditions. In particular:
Bolt holes,
Critical areas close to the cutting edge,
Load-bearing reference surfaces
are machined with micron-level tolerances, minimizing the risk of crack formation and premature failure.
Our CNC machining process provides the ideal geometry and surface quality for dual-shaft shredders, single-shaft shredders, and industrial shear blades operating under high impact and torque. As a result, the blades perform more stably in real operating conditions, and their service life is significantly extended.
Yalman Knives’ CNC machining infrastructure, combined with:
High-quality European tool steels,
Vacuum heat treatment technology,
Strict process control and repeatable manufacturing practices,
guarantees the same quality standard in every production batch.
As a result, thanks to our CNC machining technology, Yalman Knives blades are preferred in the global market as OEM-compatible, long-lasting, and reliable industrial knife solutions.
