Turbo MF4
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TURBO MF4 CHIP CONVEYOR FILTERING CHIP CONVEYOR Filtration down to 50 microns Mixed Materials Coarse or Stringy Chips All Sizes Mixed Aluminum Fine Chips Coarse and Stringy PERIPHERAL VISION For CNC machine tool peripherals, it’s LNS, then all the rest

The Most Versatile Chip Conveyor with a Long History With a long track record over many years, the Turbo Microfine filtering chip conveyors have a proven track record. The MF4 is the latest generation of the Microfine product, combining years of experience into a product that will handle any type of chip material, any type of chip load and any chip geometry including fines, broken and stringy chips, all while providing filtered coolant to keep the machine sump maintenance free. Dual Purpose Conveying Heavy chip removal of all sizes with filtration is essential to keeping your production...

Floor Space Utilization Many of today’s machine designs have tight spaces in which the conveyor needs to fit or have limited floor space around the machine tool. The Turbo MF4 eliminates the need for extra floor space due to its compact design. Turbo MF4 is no larger than most standard hinge belt conveyors. This makes the MF4 ideal for factories with limited floor space and obstructions such as pillars, walls or with multiple machines side-toside and/or back-to-back. Maintenance Free and Hassel-Free Filtration Expensive machine tools are only making money when they produce parts. What is...

Specifications subject to change without notice Turbo MF4 CHIP CONVEYOR TECHNICAL SPECIFICATIONS A CONVEYOR FRAME DIMENSIONS (INCHES) Sidewing Height Belt Width (2” increments) W Width (Upper) Standard Duty Super Heavy Duty Super Heavy Duty Baffle Width Frame Height Baffle Height Frame Width Baffle Length Covered Load Length Upper Conveyor Tail Height Load Length Overall Length Lower Conveyor Tail Height Height Above Floor Discharge Height Overall Height PERIPHERAL VISION Peripherals, by definition, are an outer boundary. But at LNS, that boundary is where we put our focus. Because here’s...