Eliminate Coolant with Minimal Quantity Lubrication (MQL) from DropsA

DropsA MQL

WATCH: Minimal Quantity Lubrication from DropsA

WATCH: Eliminate Coolant with DropsA MQL Testimonial

The aim of near dry machining is to replace traditional coolant and pure oil flood systems in a machining environment with an accurately controlled compressed air stream that carries minimal quantities of oil lubrication in an "aerosol" format to the cutting surface. This insures lubrication of the cutting surface and allows for high performance machining.

Lubricating Aerosol is transported to the cutting surface in two ways:

  • External Lubrication: oil is transported via an external nozzle to the cutting surface placed near the tool and workpiece.
  • Internal or "through-the-tool" Lubrication: oil is transported through internal lubrication holes in the cutting tool.

The Benefit of DropsA Near-Dry Machining Technology 

  • Reduce work cycle times, generally by 25% to 80%.
  • Increase tool life thus increasing time between tool change and gain productivity.
  • Better surface finish and tolerances can be achieved.
  • Eliminate coolant - make your plant more environmentally friendly.
  • Parts finish machining with a fine rust inhibiting oil coating - not coolant contamination.
  • Water and oil consumption drastically reduced.
  • Our technology works on diverse materials and machining operations.
  • Eliminate capital cost of high pressure thru-tool coolant system on new systems.
  • Side-by-side Implementation parallel to existing coolant system gives you peace of mind and maximum flexibility.
  • MKD DUAL Uses Patented Auto-adaptive technology eliminating complex and continual adjustment between tool change.
  • No complicated electronic control systems needed thanks to the patented Auto-adaptive system.

The Dropsa MQL Application Consultation

  • Implementation Process
  • Customer selects Manufacturing Part/Process to convert to MQL
  • Analyze current Manufacturing Process
  • Identify tooling and machine weak points and potential improvement
  • Design MQL compatible tooling and coatings to optimize application results.
  • Monitor tool life for improvement versus traditional coolant systems
  • Follow up MQL training on client's machine operators to render customer fully autonomous in present and future MQL applications and tooling design

Two Product Solutions to Cover Any Application

DropsA Miquel Minimal Quantity Lubrication

MiQuel: Air/Oil near dry machining lubrication system with pneumatic control 

Key features:

  • Constant delivery even if the pressure change in input and output
  • Reservoir capacity: 1L - 3L
  • Delivery: variable, 0- 2  cc/ min
  • Air and Oil delivery regulation for each single element

Efficient and complete MiQueL is designed for near dry machining lubrication for machine tools, machine for cut and fold sheet metal, steel mills, it can be used on all the systems that need a calibrate lubrication and a functions control.  It is possible to insert till 8 elements connected among themselves that, anytime, can be excluded or activated singularly, through integrated electro-valve.

Useful and easy to use for each single element it is possible to control individually oil and air delivery.  Clean: The system includes a device that, completed the lubrication cycle, guarantees that the lubricant does not drop.

WATCH: The Miquel from DropsA

The MKD: The new dimension for internal Minimal Quantity Lubrication in dry-working applications

DropsA MQL Minimal Quantity Lubrication

Key features:

  • Air supply: Max 6 Bar (88.2 psi)
  • Air inlet pipe: Ø6 ÷ 10 mm (0.23 ÷ 0.4 in.)
  • Aerosol Outlet: Ø10 ÷ 16 mm (0.4 ÷ 0.6 in.)
  • Reservoir Capacity: 1,8 Liters (0,40 galls)
  • Electro-pneumatic ball valve input voltage: 24VDC 200mA
  • Lubricant: Vegetable oil
  • Oil Quantity: 0,5-50* ml / h
  • Output/air consumption: 90-225 * Nl / min
  • Working air pressure: 4-8 bar
  • Dimensions: 600x180x180
  • Outputs number: 1-4

The MKD-Dual minimal lubrication system represents the first step towards the world of near-dry machining by using the leading air-oil aerosol technology.

Designed for internal lubrication processes, this exclusive unit can generate a thin film of aerosol mixture which is brought directly to the tool cutting point by using the existing fluid distribution channels found on most machines.

The auto-regulation is one of the key characteristics of MKD-Dual you will not find on other aerosol generators for near dry machining.

Dual Venturi based aerosol generator will automatically compensate when going from one size of tool to another avoiding the deterioration of the aerosol quality that is found when varying the linear velocity of air through the Venturi.

MKD-Dual therefore optimizes the process through an automatic adjustment of the micro-oil mist depending on the air flow - this means best aerosol quality throughout the different sizes of cutting tool and a considerable time saving on initial setup (no complex regulation).

MKD-Dual has been designed mainly for mid-high range applications - this sophisticated technology of generating an ultra-thin aerosol with sub-micron particle size allows the mixture to flow through the spindle during rotation at high speeds minimizing the effects of centrifugal force on the aerosol avoiding deterioration.  The Dual unit is provided with two outlets which can be supplied with electro-pneumatically controlled ball valves.

Interested in learning more about minimal quantity lubrication?  Contact our specialists today!

Other News Articles

    The AutoFilt RF3 From HYDAC Delivers Superior Removal of Contamination Particles
    2018-06-07 00:00:00
    The AutoFilt® RF3 is an automatic self-cleaning filtration system designed for continuous maintenance-free filtration for all major manufacturing and processing industries. It removes solid contamination from low viscosity fluids such as

    A Revolutionary New Way to Cool Your Electrical Enclosures from Pfannenberg
    2018-06-06 00:00:00
    The PKS 3000 Series Air/Air Heat Exchangers use Pfannenberg’s next generation Kinetic Cooling System™ to exchange and remove heat from an electrical enclosure. This is a perfect solution for those looking to reduce the energy, maintenance and footprint associated with traditional enclosure cooling units. Designed for indoor, outdoor/remote

    Visualization ensures optimized cylinder cushioning
    2018-06-05 00:00:00
    Many customers use the Aventics Cushioning Adjustment Tool (CAT) to simplify cylinder cushioning adjustment. Aventics has now launched a CAT app to help customers better identify when the optimal state has been reached.