ECOCUT-TECH Swarf De-oiling Centrifuge operates at the horizontal plane which is the most suitable design for continuous feed of metal chips.
- Horizontally Placed Drum
- Very High Centrifugal Force
- Conical Drum
- < 1mm Filter Spacing
- Wide Filter Surface
- Hinged Maintenance Door on Front Face
ECOCUT-TECH Swarf De-oiling Centrifuge operates at the horizontal plane which is the most suitable design for continuous feed of metal chips. The horizontal centrifuge with its high efficiency and easy access to inner parts, translates into very low running and maintenance costs. Another advantage of the horizontal drum design is that the metal chips leave the centrifuge after the switch-off without the need of any intervention. Whatever the reason of switching-off, it may be end of working hours or switching to another batch of different coolant or metal, the cleaning of the drum and the filter would take so little time that the downtime of the operation would be minimized.
ECOCUT-TECH Swarf De-oiling Centrifuge feeds the metal chips right in the middle of the drum which then spreads evenly over the surface of the drum, thanks to the high centrifugal force. Any new swarf entering the centrifuge pushes the existing ones towards the de-oiling filter which is positioned at the far edge of the drum. Separation of the swarf and the coolant/oil occur over the filter area with the help of 300-400 G centrifugal force and the dry metal chips leave the centrifuge by the pushed-bythe-new effect.
ECOCUT-TECH Swarf De-oiling Centrifuge should be fed with metal chips that are still wet and having maximum length of 30 mm. If longer than 30mm swarf should be processed, then prior to de-oiling by the centrifuge, the size of the metal chips should be decreased to the suitable size by using ECOCUTTECH Shredders. Any object that is not metal or swarf should not be fed into the centrifuge, therefore it is recommended to isolate foreign objects with the help of a mechanical separator.
|Horizontally Placed Drum||
• Easy cleaning and maintenance
• Fast switching between batches with different metal or lubricant content
• Self discharge of swarf when switched off • Higher capacity in comparison with the vertical centrifuges
|Very High Centrifugal Force||High separation efficiency|
|Conical Drum||Self movement of the swarf within the drum by pushed-by-the-new effect|
|< 1mm Filter Spacing||• Minimum residual metal in the separated coolant • Less settling required after separation|
|Wide Filter Surface||High separation efficiency|
|Hinged Maintenance Door on Front Face||Easy cleaning and maintenance|
|Capacity*||2000 - 3000 kg/hour||1000 - 1500 kg/hour||750 - 1000 kg/hour||250 - 350 kg/hour|
|Motor||18,5 kW - 1500 rpm||11 kW - 1500 rpm||7.5 kW - 1500 rpm||4 kW - 1500 rpm|
|Drive Type||belt - pulley||belt - pulley||belt - pulley||belt - pulley|
|Drum Speed||700 rpm||1000 rpm||1200 rpm||1450 rpm|
|Drum Material||ST-52 or equivalent||ST-52 or equivalent||ST-52 or equivalent||ST-52 or equivalent|
|Drum Life||6,000 hour||6,000 hour||6.000 hour||6.000 hour|
|Oil Filter Material||304 grade stainless steel||304 grade stainless steel||304 grade stainless steel||304 grade stainless steel|
|Filter Life||6,000 hour||6,000 hour||6.000 hour||6,000 hour|
|Swarf Transfer Channel Material||304 grade stainless steel||304 grade stainless steel||304 grade stainless steel||304 grade stainless steel|
|Oil Removal Process||Continuous||Continuous||Continuous||Continuous|
|Roller Bearing Life||3,000 hour||3,000 hour||3,000 hour||3,000 hour|
|Rubber Vibration Bed Life||10,000 hour||10,000 hour||10,000 hour||10,000 hour|
|Belt Life||6,000 hour||6,000 hour||6,000 hour||6,000 hour|
|Max. Swarf Size||10cm||5cm||3cm||3cm|
|Note: *The capacity depends on volume/weight of material, size and shape. The numbers given are for steel.
**In case the maximum coolant content of the swarf is 10%.