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Micro Bubble Fluid Cleaner "JCC-HM"

JCC-HM


Mechanism & PrinciplesSpecificationCase Studies

 

Introduction video



The cleaning principle for JCC-HM



Mechanism for collecting dirt with micro bubbles

Mechanism

Features & Principle

① Clean and recycle the cleaning liquid and cutting fluid with micro bubbles.

The dirt in the liquid (oil and contamination) adheres to micro bubbles and floats on the surface to clean the liquid.

② The Dirt can be separated quickly and cleanly with the unique internal structure.

Contamination and oil is attached in coalesce so that dirt can be separated quickly. The liquid flow is controlled by the internal structure which can avoid the dirt be mixed into cleaned liquid.

  

③ Air is the only power source !

Coalescer

Air is the only required power source, so installation is simple and operation can start immediately. Preparation completes after connecting 2 hoses (IN/OUT) and air.

④ Flexible installation location!

It is compact, with a W 540 x D 470 x H 370 mm. It can be used either on the tank of the machine, or on a cart.

 

Specification

Model

JCC-HM1HM1

JCC-HM2HM2

Throughput

12L/min (air pressure 0.2MPa)

8L/min (air pressure 0.1MPa)

Air consumption

50L/min (air pressure 0.2MPa)

30L/min (air pressure 0.1MPa)

Noise

Under 70dB(A) (equivalent noise)

Liquid temperature

Max.50℃

Utility

Compressed air

Size

W550 × D390 × H920 mm

W540 × D470 × H370 mm

Weight

70kg

30kg

Tank capacity

40L

20L

 

Example 1

Material ADC transmission parts
Equipment High pressurewashing machine
Issue  Cleanliness deteriorates due to dirt in the cleaning liquid
 

Example1

⇒ Extend the fluid exchange cycle 3 times longer!

Example 2

Material ADC parts
Equipment Machining center
Issue  Too many chips in the liquid, and sludge accumulates in the tank

Example2

 ⇒ Removed chips and oil from cutting oil!

 



Case studies of JCC-HM

Case study 01 - Grinder



Removes 97% of sludge in the liquid! Prevents workpiece damage and poor quality!



Case study 02 - Brass processing equipment (lathes)



Prevents brief stoppage, processing defects, and rust caused by metallic soap!



Case study 03 - Reduction of offensive odors in cutting oil



Improved work environment and reduced health risk for workers!



Case study 04 - Oil removal



Prevent spoilage and offensive odor from the liquid!
Improved tool life and workpiece cleanliness!


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