Product Description
CR Clarke Diamond Edge Polisher CR1525H
Contact us for pricing.
CR Clarke Diamond Edge Polisher CR1525H
The CR Clarke CR1525H Diamond Edge Polisher will convert the sawn edge
of a piece of plastic material into a high-gloss polish in one
operation. Our machine uses two diamond cutting tools
mounted into a precision balanced steel cutter hub, ensuring
minimal vibration even at the maximum cutter speed of
20,000rpm. The cutter hub is mounted onto a motorized
spindle with electronic speed control, allowing the operator
to vary the cutter speed for differing material characteristics.
Materials from 2 to 25mm in thickness can be loaded onto
the infeed track of the machine, and are fed across the cutter
hub by the auto-adjusting, variable speed belt feed system.
The belt feed system ensures that longer panels can be
processed, while our unique cutter cover that extends the
feed tracks over the cutter ensures that short panels are
polished accurately and consistently. The belt feed system
also allows sheets of thinner materials to be polished as
packs, maximizing throughput. On average, the CR Clarke CR1525H will
produce 1 meter of polished material per minute.
The cutting process generates fine chips of material, and
these are extracted from beneath the cutter to an external
extraction unit. The extraction port of the machine can
either be connected to our CR Clarke 1525E Extraction Unit or any
other suitable extraction system.
As with any Diamond Polishing machine, the cutter hub of
the CR Clarke CR1525H will eventually lose its edge and the polish quality
will deteriorate. We offer a service exchange system so that,
when this happens, you simply contact us and we will send a
replacement cutter hub with fresh tools. Once the cutter
hub is swapped over the original hub is returned to us for
servicing ready for the next customer. Spare cutter hubs are
available for high-volume users that need instant access to
replacement cutters, and matt hubs are also available. These
are ideal for finishing frosted materials and also for edges
that require bonding.