Industrial cutting tools for steel MEXICO
The steel group in the ISO P classification covers the broadest family of work materials for machining, including both unalloyed and high-alloy steels.
As distributors of industrial cutting tools for steel, we have engineering advisors to assist you in selecting the right tools.
As distributors of industrial cutting tools for steel, we have engineering advisors to assist you in selecting the right tools.
Distributors of industrial cutting tools for steels in Mexico
The essential tools in your workshop
The geometry of the offset chipbreaker maintains small chips to increase chip evacuation and minimize cutting forces.
With its unique redesigned end cutting geometry, this tool is also capable of ramping, slotting, and plunging into workpieces.
With its unique redesigned end cutting geometry, this tool is also capable of ramping, slotting, and plunging into workpieces.
Carbide end mills
Straight through coolant hole
for better chip evacuation
and heat management at the cutting edge.
Grooving
3D contour
Roughing
Carbide end mills
The Aplus coating increases lubricity and high-temperature resistance for faster speeds or feeds. It extends tool life as well.
HEM milling
Finishing
Depth
Carbide end mills
Exceptional performance and high-temperature resistance across a wide range of ferrous materials, including low and medium alloy steels, tool steels, and cast iron.
Grooving
3D contour
Roughing
Videos of industrial cutting tools for steels in Mexico
Discover the efficient machining technology
for steel
for steel
Adopting the latest in industrial cutting tool technology for steel translates to increased competitiveness and profitability for machining workshops in companies.
- Shorter cycle times and increased production.
- Reduced tool and energy consumption.
- Higher dimensional accuracy and lower surface roughness.
- Increased ability to adapt to different types of workpieces.
- Reduced risk of accidents for operators.
Herramientas de corte para aceros no aleados:
Fresas de mango para mecanizado libre de aceros
Optimizado para el mecanizado libre de variedades de aceros al carbono y aceros inoxidables.
Recubrimiento de AlTiN para mejorar la lubricidad y la resistencia al calor.
Recubrimiento de AlTiN para mejorar la lubricidad y la resistencia al calor.
Ranurado
Profundidad
Desbaste
Fresas de mango para mecanizado libre de aceros
Herramientas de carburo sólido, reduce las vibraciones y los armónicos, y presenta una geometría de hélice variable.
Tolerancia de mango h6 para portaherramientas de alta precisión
Tolerancia de mango h6 para portaherramientas de alta precisión
Ranurado
Contorno 3D
Profundidad
Fresas de metal duro
Rendimiento excepcional y resistencia a altas temperaturas en una amplia gama de materiales ferrosos, incluidos aceros de aleación baja y media, aceros para herramientas y fundición.
Ranurado
Contorno 3D
Desbaste
What are carbon steels?
Carbon steels are alloys of iron and carbon, with carbon being the main alloying element.
In addition to carbon, these steels may contain small amounts of other elements, such as manganese, silicon and phosphorus, but in general, the carbon content is the most significant factor in their composition.
In addition to carbon, these steels may contain small amounts of other elements, such as manganese, silicon and phosphorus, but in general, the carbon content is the most significant factor in their composition.
By the amount of carbon in its alloy, its classification is:
Carbon steel is used to manufacture elements of machinery, engines, vehicles, pipes and more.
Low Carbon steel
- They typically contain less than 0.3% carbon.
- They are known for their malleability, weldability and ease of forming.
- Used in applications where hardness and strength are not critical, such as sheet metal, profiles and construction components.
Medium Carbon steel
- They contain between 0.3% and 0.6% carbon.
- They offer higher strength and toughness than low carbon steels.
- Used in the manufacture of mechanical components such as gears, shafts and parts requiring higher strength.
High Carbon Steel
- They contain more than 0.6% carbon.
- They are notable for their high hardness and strength, but at the expense of toughness.
- Used in applications requiring high strength and hardness, such as cutting tools, knives and parts that experience significant wear.
Choosing the right tool or insert
is simple, with the right technical advice.
Contact us so that our machining engineers can show you the right options for your
to show you the right options for your requirements, budget and timing.
Choosing the right tool or insert
is simple,
with the right technical advice.
with the right technical advice.
Contact us so that our machining engineers can show you the right options for your
to show you the right options for your requirements, budget and timing.
The best brands of cutting tools for machining in Mexico:
Actual specifications
for unique machining
- Resistance to deformation and wear.
- Heat resistance to prevent premature wear.
- Strength against wear from constant friction with the machined material.
- Ability to absorb shocks and vibrations during cutting.
Actual specifications
for unique machining
- Resistance to deformation and wear.
- Heat resistance to prevent premature wear.
- Strength against wear from constant friction with the machined material.
- Ability to absorb shocks and vibrations during cutting.
A great ally for profiling
Multifunction milling cutters for four different insert geometries.
- The diameter of the cutter does not vary using the different tip radii of the inserts.
- The design of the milling cutter allows for mortising operations.
- It has cooling holes directed to each cutting edge.
- The milling cutter body has a polished coating to facilitate chip evacuation and to protect against corrosion and wear.
FIND MORE CUTTING TOOL OPTIONS BY BRAND TYPE:
FIND MORE CUTTING TOOL OPTIONS BY BRAND TYPE: