SERVICE
Rolling Filter Conveyor "ALL" | High-Efficiency Foreign Matter Removal System
Product Info
The "ALL" Rolling Filter Conveyor is an advanced filtration system designed to efficiently remove non-magnetic metal chips. Featuring a robust punching filter that requires no backwashing, along with an automatic cleaning function, it ensures long-term filtration performance. Its liquid separation structure at the discharge point enhances coolant reuse rates while reducing environmental impact, making it an ideal solution for energy and space-saving in manufacturing facilities.
■ Key Features
・High-Durability Punching Filter
Effectively processes non-magnetic metal chips while preventing clogging.
・Automatic Cleaning Function with No Backwashing Required
Automatically cleans the filter, reducing mist generation and maintaining workplace cleanliness.
・Liquid Separation Structure at Discharge
Discharges metal chips in a dry state, minimizing coolant waste and improving reuse rates.
・No Consumables Required
Eliminates the need for cartridge or paper filters, reducing operational costs.
■ System Mechanism
1.Contaminated Liquid Processing
Contaminated liquid flows into the conveyor and is filtered through the punching filter.
2.Chip Capture and Discharge
Captured metal chips are scraped off and discharged in a dry state through the outlet.
3.Clean Liquid Supply
Filtered liquid is supplied as clean coolant.
■ System Specifications
・Filtration Accuracy: 200 microns (over 90% efficiency)
・Supported Metal Chips: Non-magnetic chips
・Installation: Compact design suitable for limited spaces
・Environmentally Friendly: No consumables required
■ Applications
・Non-Magnetic Material Processing Sites: For chip management and coolant reuse
・Precision Manufacturing: Maintaining a clean working environment in demanding applications
The "ALL" Rolling Filter Conveyor is a next-generation filtration system that combines high filtration performance with reduced environmental impact. Experience its efficiency in your manufacturing operations today.
For more information, please download the PDF or contact us for further consultation!
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