SCT relies heavily on engineering and technology to ensure that
tools are designed, manufactured, and optimized for their intended applications.
Creating and refining carbide tool designs
to meet specific application requirements and enhance performance.
Studying the properties and behavior of
various tungsten carbide compositions and binders to determine the best blend for
specific cutting conditions.
Investigating tool wear patterns to improve tool longevity and predict maintenance
Using computational tools to simulate cutting processes and predict tool behavior under
Engineering specialized coatings, like Titanium Nitride (TiN) or Titanium Carbonitride
(TiCN), to improve tool life and performance.
Developing and implementing rigorous testing and inspection procedures to ensure every
tool meets or exceeds industry standards.
Collaborating with clients to engineer custom carbide tools tailored for unique machining
Studying the heat generation and dissipation during cutting processes to optimize tool
design and coatings for temperature control.
Using microscopy techniques to study carbide grain size, binder distribution, and other
microstructural features to optimize toughness and hardness.
Investigating the dynamics of carbide tools in operation to minimize vibrations and
improve cutting quality.