The CAMEO®DISK honeycomb cell structure allows decreasing the surface in contact with the sample to be polished. The pressure required to grind the sample is much less than that generally applied during the use of a solid disc. The equipment is less stressed and the risks of tearing out the grinding disc are significantly reduced.
The profile of the honeycomb cells was specially designed to optimise the circulation of the lubricant from one cavity to another.
The abrasion residues are evacuated, guaranteeing a constant abrasive power and therefore a regularity of the result throughout the grinding and polishing steps.
For a process usually performed with several SiC abrasive papers, LAM PLAN proposes you a single, reusable disc: the CAMEO®DISK. Contrary to SiC abrasive papers, CAMEO®DISK constant abrasion prevents the formation of deep disturbed layers during the first few seconds of grinding.
The use of diamond integrated in the CAMEO®DISK Platinium honeycomb cell structure allows preserving a constant stock removal throughout the operation, which prevents the appearance of edge drops, including on samples of heterogeneous hardnesses.
The patented CAMEO®DISK honeycomb structure allows the uniform distribution of the periodically pulverised diamond abrasive suspension.
The use of the abrasive suspension is optimised, thereby reducing the diamond product’s consumption.
CAMEO®DISK are available in magnetic or self-adhesive versions and can be associated with the various LAM PLAN fixing accessories.
There are three variants of CAMEO®DISK designed with differing hardness suited for different types of material prepolished.
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