HIGH PRESSURETECHNOLOGY >



HIGH PRESSURECoolant through the tool


HIGH PRESSURE TECHNOLOGY >


HIGH PRESSURECoolant through the tool

Technical analysis between low and high pressure

Low pressure coolant

  • With classic coolant system we never reach the cutting area.
  • Visible cracks in tool edges due to thermal shock.
  • Visible vapor cloud around cutting tool.

In conclusion, the low pressure cooling does not reach the cutting area, with the consequences of high heating in cutting edges, lubricant evaporation and disastrous thermal shock.

High pressure coolant

  • In a lot of working operations we can observe better conditions starting from 70 bar. Decrease of temperature and dissipation of the vapor cloud due to the cooling effect in the cutting edge area.
  • Correct evacuation of the chips with no more interference in the cutting area, allowing better surface quality.

In conclusion, the high pressure coolant it brings us to a new age where the lubrication does its duty and reach easily the cutting edge between the material to work and cutting area.

Technical analysis about low and high pressure

Low pressure coolant

  • With classic coolant system we never reach the cutting area.
  • Visible cracks in tool edges due to thermal shock.
  • Visible vapor cloud around cutting tool.

In conclusion, the low pressure cooling does not reach the cutting area, with the consequences of high heating in cutting edges, lubricant evaporation and disastrous thermal shock.

High pressure coolant

  • In a lot of working operations we can observe better conditions starting from 70 bar. Decrease of temperature and dissipation of the vapor cloud due to the cooling effect in the cutting edge area.
  • Correct evacuation of the chips with no more interference in the cutting area, allowing better surface quality.

In conclusion, the high pressure coolant it brings us to a new age where the lubrication does its duty and reach easily the cutting edge between the material to work and cutting area.

Full high pressure

Full high pressure machining with our live tooling

Improved cutting

Improved cutting for many different machining operations

Fluid control

The liquid acts where it is needed.

Technology

Technology that allows operations that were not posible to be done with conventional machines (deep hole drilling).

Full high pressure

Full high pressure machining with our live tooling

Improved cutting

Improved cutting for many different machining operations

Fluid control

The liquid acts where it is needed.

Technology

Technology that allows operations that were not posible to be done with conventional machines (deep hole drilling).


Advantages

High Pressure

  • Coolant pressures up to 150 bar
  • Coolant direction straight to the cutting area
  • For emulsion and oil coolants
  • Available for all spindles types

Minimum loss of Flow and pressure

  • Same pressure and flow for every output
  • MIC: Multiple Indenpendent Chanels
  • No leaks inside the toolholder
  • Right flow and pressure for every tool

Savings on cycle time

  • The saving time it is not parcial, it is TOTAL
  • Cutting speed increased, less time using the cutting tool, higher savings
  • Savings increase by 25-30%

No more chip problems

  • Improved chip control
  • It remove the chips from the holes
  • Small chips production

Improved Surface quality

  • Better finish quality in the pieces
  • Improvement of the Surface finish
  • There is not high temperatures while working

Big savings on tooling and enhanced tool life

  • Improves the quality and life of the tool at the cutting edge
  • Longer tool change period
  • Less tool wear
  • Faster and cheaper maintenance
  • Getting better profits for your company

Eco-Friendly

  • Energy saving
  • Longer tool life
  • Environmentally friendly

Advantages

Minimum loss of Flow and pressure

  • Same pressure and flow for every output
  • MIC: Multiple Indenpendent Chanels
  • No leaks inside the tool
  • Right flow and pressure for every tool

Savings on cycle time

  • The saving time it is not parcial, it is TOTAL
  • Cutting speed increased, less time using the cutting tool, higher savings
  • Savings increase by 25-30%

No more chip problems

  • Improved chip control
  • It remove the chips from the holes
  • Small chips production

Big savings on tooling and enhanced tool life

  • Improves the quality and life of the tool at the cutting edge
  • Longer tool change period
  • Less tool wear
  • Faster and cheaper maintenance
  • Getting better profits for your company

Improved Surface quality

  • Better finish quality in the pieces
  • Improvement of the Surface finish
  • There is not high temperatures while working

Eco-Friendly

  • Energy saving
  • Longer tool life
  • Environmentally friendly

System in the backside of the nut

  • Protected from impacts, chips and liquid.
  • The possibility of collisions with machine spindle its reduced

Length

  • Specially designed to maintain the original tool length

System also in the backside of the spindle

  • Super protected from impacts, chips and liquid.
  • The possibility of collisions with machine spindle its reduced

Passionfor precision

Precise and rigid manufactureAdaptable to all types of machines100% Checked and testedHigh speed rotationLonger tool life

Passionfor precision

Precise and rigid manufactureAdaptable to all types of machines100% Checked and testedHigh speed rotationLonger tool life

  1. All type of drive tool connections.
  2. High grade synthetic grease for long life lubrication.
  3. Multiple output options.
  4. Primary labyrinth seal.
  1. Hand matched or ground spiral bevel gears to minimize backlash. Smooth and quiet running with higher torque.
  2. High precision P3 quality preloaded bearings.
  3. Available with coolant through the spindle up to 150 bar.
  4. Improved sealing design combining a labyrinth and optimized friction seals to get hermetically sealed spindles.
    1. All type of drive tool connections.
    2. High grade synthetic grease for long life lubrication.
    3. Multiple output options.
    4. Primary labyrinth seal.
    5. Hand matched or ground spiral bevel gears to minimize backlash. Smooth and quiet running with higher torque.
    6. High precision P3 quality preloaded bearings.
    7. Available with coolant through the spindle up to 150 bar.
    8. Improved sealing design combining a labyrinth and optimized friction seals to get hermetically sealed spindles.

Application fields