Steady loss Mills from Munson Machinery are obviously appropriate for decreasing stringy and friable materials inside a generally limited molecule size range from coarse down to 100 lattice.

Common applications incorporate materials that can’t be decreased by sway (hammer plants or pin factories) or by screen characterization (screen grouping cutters) including: seeds, grains, flavors, tobacco, roots, cellulose, filaments, minerals, metal powders and different items.

These “single sprinter” factories are furnished with an Crusher bearing supplier external stator (fixed) processing circle, and an inward sprinter (pivoting) processing plate that acclimates to change the hole between the plates. Material enters the hole through the focal point of the external circle, and is ground between the plates as it ventures radially by outward power made by the pivoting plate.

The hole between the fixed and turning circles is shown by a hole marker check, and is flexible utilizing a back mounted hand wheel, with more modest molecule sizes accomplished by decreasing the hole.

Limit is by and large ward on required molecule size of the diminished material, with coarser items delivered at higher rates.

More noteworthy shearing activity with less effect than practically identical cutters — along with huge screen region — creates neatly cut particles in high limits, in sizes from 3/64 to 2.0 in. (1.2 to 50.8 mm).

The MUNSON® Rotary Knife Cutter highlights a rotor gathering furnished with five full-length cuts that cut material against four fixed bed blades until particles become little enough to go through openings in a huge, semi-barrel shaped screen.

Contrasted and different kinds of factories, the Rotary Knife Cutter offers more prominent shear and less effect, yielding particles having uncommonly clean cuts in firmly controlled size ranges, with practically no fines or residue.

A broad determination of screen sizes permits tight authority over final result sizes, making it ideal to cut or break corn, grains, flavors, roots, chips and comparable items.

The rotor blades, which are processed of solidified device steel and can be re-honed, turn at 550 RPM as standard, granting radiating power that positions particles between bleeding edges of the pivoting blades and the bed blades, which can be re-honed just as switched.

Rotational inactivity of the strong, significant burden rotor gathering, along with high-shear/low-obstruction cutting activity of the blades, yields more noteworthy yield per strength/kilowatt than with different sorts of plants.

Size Reduction Linecard



Material is gravity taken care of through the infeed container at the highest point of the shaper, into the star-formed rotor blades. On-size particles go through a punctured screen having gaps from 3/64 to 2.0 in. (1.2 to 50.8 mm) permitting a wide scope of final result sizes.

The screens give 320° of openness, accomplishing higher throughput rates than different sorts of plants, in any event, when little gap screens are used.

The screens are held inside double pivoted lodgings with exactness machined channels that permit simple access and quick screen changes.

Material released through a flanged outlet is commonly eliminated by a weaken stage vacuum transport, or gravity took care of into a downstream interaction.

Pivoted, wellbeing interlocked clamshell entryways on the two sides give full inside access, permitting clear out of leftover material or exhaustive cleaning between creation runs.

The rotor get together rides on fixed spine block bearings mounted on a substantial check created and machined lodging, and is controlled by a completely watched V-belt drive gathering.

Carbon steel or tempered steel development in a scope of completions is offered to fulfill essentially any mechanical or sterile necessity, incorporating flushing with water or a cleaning arrangement.