Coolants and oils

Subcategories:

Water-miscible coolants

Water-miscible coolants are substances used in machining processes designed to cool, lubricate, and remove heat and chips from the cutting zone. A key advantage of water-miscible coolants is the ability to dilute them with water, allowing for more economical use and better control over machining parameters.

Check the offer

Machining oils

Machining oils are key agents used in metalworking processes such as cutting or turning, which improve machine performance and extend their service life. They are essential elements in industrial processes that require precise lubrication and cooling of tools and materials. The oils we offer are characterized by high quality, ensuring optimal working conditions for machines and long-term protection for tools.

Check the offer

Auxiliary devices and materials

Auxiliary devices and materials etc.

Check the offer

Dielectrics

As technology evolves at a rapid pace, the use of appropriate dielectric materials becomes crucial in many industrial applications. Blasospark GT 250 is a high-quality dielectric that ensures excellent insulation and reliability in difficult conditions.

Check the offer

Anti-corrosion agents

Corrosion protection is a key element in maintaining the durability and functionality of various metal components. The Blasoprotect series offers high-quality anti-corrosion agents that effectively protect surfaces against adverse atmospheric and chemical factors.

Check the offer

Machine tool coolants – why are they key in the machining process?

Machine tool coolants play a fundamental role in maintaining the stability of the cutting process. Their task is not only to lower the temperature of the tool and the workpiece but also to improve surface quality, extend tool life, and ensure the smooth operation of the machine.

A properly selected coolant helps reduce vibrations, prevents the formation of micro-cracks, and increases operator safety. In modern production plants, it is an essential element guaranteeing the repeatability and precision of machining.

 

Lathe coolant – what features should it meet?

Lathe coolant must be adapted to the type of material being processed and the specifics of the tool's work. Lathes often operate at high speeds, which is why the cooling-lubricating medium should:

  • effectively dissipate heat,

  • reduce friction between the tool and the material,

  • enable stable operation during long cycles,

  • limit tool tip wear,

  • improve the quality of the resulting surface.

Good coolant translates directly into the efficiency of the lathe and the operating costs of the entire machining line.

 

Coolant for CNC machines – how to choose the right one?

Coolant for CNC machines must meet the requirements of modern, precise machining processes. In multi-axis machines, it is crucial that the medium simultaneously provides cooling, lubrication, and corrosion protection. In practice, this means selecting a coolant with a stable formula resistant to foaming and bacteria, which results in:

  • a more predictable cutting process,

  • slower tool wear,

  • workpiece surfaces remaining uniform and smooth,

  • stable machine operation even under heavy loads.

The right coolant is an investment in the efficiency of the entire CNC system.

 

Lathe coolants – when is it worth replacing them?

Lathe coolants require regular monitoring to maintain their working properties. Over time, the medium loses stability and becomes contaminated with chips, tramp oils, or microorganisms. Symptoms indicating the need for replacement include:

  • change in color or odor,

  • drop in cooling efficiency,

  • deterioration of the workpiece surface quality,

  • faster tool wear,

  • excessive foaming.

Regular replacement and monitoring of coolant parameters allow the lathe to be kept in optimal condition and ensure production repeatability.

Would you like me to prepare a guide on how to correctly measure the concentration of coolant using a refractometer?

Loading...