Oil selection tool
- MOBIPOL
Asortyment
Przemysłowe środki smarne
- Metalworking Oils
Metal Cutting Oil
Top quality coolants and cooling-lubricating fluids - professional lubricants for turning, milling, drilling, and grinding
Certified Quality
Approvals and manufacturer recommendations
Long Life
Extended tool life
High Efficiency
Optimal cooling and lubrication
Lower Costs
Reduction in tool consumption
Challenges in Metal Cutting
Extreme metalworking conditions
Machining of steel, aluminum, and alloys generates high temperatures and large cutting forces. Without adequate coolant, tools wear out quickly, and the quality of the machined surface drops, leading to defects and downtime.
Five critical issues in machining metals:
Tool overheating during cutting
High temperatures in turning and milling lead to blade hardness loss. Without suitable cooling-lubricating fluid, tools lose their geometry, resulting in poor surface quality and frequent replacements.
Poor surface quality of machined material
Improper cutting oil causes buildup on blades and poor chip evacuation. Surface roughness increases, dimensions lose tolerances, and parts require additional processing.
Corrosion of machined parts and machines
Lack of corrosion inhibitors in coolant leads to rust on finished parts. Cast iron and steel are particularly susceptible, and machine tool corrosion shortens lifespan.
Difficulties with chip removal
Improper emulsion does not effectively remove chips from the cutting zone. Jammed chips scratch surfaces, block tools, and can lead to cutter or drill breakage.
Operator health issues
Low-quality mineral oil creates harmful oil mist. Skin irritations, respiratory problems, and allergies reduce work efficiency and increase absenteeism.
Our Solutions
Choose oil for the type of machining
Emulsifying oils - water-miscible
Emulsifying coolants with water for metal processing
Application: Turning, milling, drilling, threading of steel and cast iron machining in workshops and factories
Coolants for Aluminum Machining
Specialized fluids for non-ferrous metals
Application: Milling of aluminum alloys, machining of copper and brass automotive, aerospace, electronics industries
Cutting Oils
Pure mineral oils for heavy machining
Application: Deep drilling, threading, broaching precision machining, tool rooms
Need advice? Contact an expert!
How do we solve industry problems?
Effective cooling of the cutting zone
Cooling-lubricating fluid dissipates heat, protecting tools
Excellent lubrication
Reduced friction extends tool life and improves quality
Corrosion protection
Corrosion inhibitors protect parts and machines from rust
Easy chip evacuation
Correct emulsion viscosity ensures a clean machining area
Operator safety
Low oil mist and skin-friendly formulations
Why choose our metal processing oils?
Maximum Machining Efficiency
Metal cutting oil increases cutting speeds and feeds
Versatility of Applications
One product for machining of steel, cast iron, and non-ferrous metals
Tool Savings
Up to 3 times longer tool life due to optimal lubrication
Better Surface Quality
Smoother finish reduces the need for additional processing
Technical Support
Recommended working concentrations of emulsion based on type of operation
Not sure which lubricant will be best for your machine?
Contact our expert! We will gladly help you choose the perfect solution.
Applications:
Check your industry
Our coolants work in every type of machining.
Machinery Industry and Tool Rooms
Precision turning and milling require stable coolant
Automotive Industry
Mass production of parts requires reliable coolant. Properly chosen processing oil ensures consistent quality when machining engine blocks, shafts, and gearboxes.
Non-Ferrous Metal Processing
Aluminum and its alloys require special formulations. Dedicated coolants prevent chip adhesion and ensure a mirror-like surface finish.
Aerospace and Space Industry
Machining of titanium and nickel alloys requires extreme cooling. Specialized cutting oils handle the toughest materials while maintaining tolerances.
Large-Scale Production
Automatic lathes and machining centers work around the clock. Stable emulsion with long life minimizes downtime and service costs.
Workshops and Small Shops
The variety of machined materials requires a universal solution.
Need help choosing coolant?
Our experts will help choose the optimal machining fluid.
Three Steps to Success
Process Analysis
We determine the type of machining and material
Product Selection
We recommend the appropriate coolant
Parameter Optimization
We determine concentration and working conditions
Frequently Asked Questions (FAQ)
What concentration of emulsion should be used depending on the type of machining?
Typical recommended working concentrations of emulsion are: grinding 3-5%, turning and milling 5-8%, drilling and threading 8-12%. For heavy machining, concentration can be increased.
What is the difference between emulsifying oil and synthetic coolant?
Emulsifying oil creates a milky emulsion and provides better lubrication. Synthetic coolants are transparent, cool better, and have longer lifespans, but lubricate worse.
How to maintain emulsion quality in circulation?
Regularly check concentration with a refractometer, pH (8.5-9.5), and cleanliness. Remove foreign oils from the surface, replenish concentrate, and change emulsion every 6-12 months.
Can the same oil be used for steel and aluminum?
A universal cutting oil can be used for both materials, but aluminum often requires special additives to prevent chip adhesion and discoloration.
How to calculate coolant consumption?
Consumption depends on the type of machining, production size, and losses. As a guideline: 0.5-2 liters of concentrate per ton of machined material plus losses through carry-off.
What to do with oil mist problems?
Use low mist coolants, ensure proper ventilation, and consider installing mist extractors. The problem is greater with pure mineral oils than with emulsions.
Need more knowledge?
Visit our guide, where you’ll find detailed articles, tips, and case studies.
Increase your machining efficiency today
Don’t let the wrong coolant limit the capabilities of your machines. Contact us and discover how professional metalworking oils can increase productivity and lower production costs.
