Cast Master XL Bandsaw Blade

Cast Master XL Bandsaw Blade

LENOX announces the release of the CAST MASTER XL band saw blade for the rigorous needs of the growing aluminum market.

June 1, 2015

LENOX announces the release of the CAST MASTER XL band saw blade for the rigorous needs of the growing aluminum market. CAST MASTER XL is designed to provide increased blade life and superior part finish in high-speed aluminum cutting applications. With precision grinding techniques, innovative tooth geometries and next generation welding technology, CAST MASTER XL provides a quality solution for improved cutting performance on aluminum and nonferrous materials, according to the company.

"With the aluminum industry growing rapidly, there was a demand to produce a carbide tipped band saw blade that could make straight cuts at high band speeds while producing a high quality surface finish," said Daniel Fernandes, brand manager at LENOX. "A specialized grade of carbide, next generation welding technology, and precision grinding techniques allow CAST MASTER XL to cut faster and smoother while achieving increased blade life."

A primary concern when cutting aluminum is material built-up edge on the blade's tooth edge leading to premature blade failure. However, CAST MASTER XL utilizes precision grinding techniques to manufacture a higher quality surface finish on the carbide tooth edge preventing BUE. This process combined with a specialized grade of carbide that has high-wear resistance properties allows for longer blade life in aluminum and nonferrous materials.

CAST MASTER XL's aggressive rake angle increases the shear plane angle, reducing cutting forces and aiding in tooth penetration. The high-alloy backing steel and next generation welding technology prevent premature tooth loss, providing a stronger bond between the carbide tip and the backing steel, leading to longer blade life and faster cuts. CAST MASTER XL is available in a range of blade widths and tooth pitches to fit the majority of carbide-friendly band saws.

Glossary terms in this article

  • wear resistance
    Ability of the tool to withstand stresses that cause it to wear during cutting; an attribute linked to alloy composition, base material, thermal conditions, type of tooling and ope…
  • shear plane
    Plane along which the chip parts from the workpiece. In orthogonal cutting, most of the energy is used to create the shear plane.