(EP828917-A2)      Cutting element (10) for use on a drill bit for drilling subterranean formations, comprises: (a) cutting structure (12) comprising a super-abrasive material defining a two-dimensional cutting face at a proximal end (18); (b) cutting face including a cutting edge (22); and (c) cutting structure comprising a predominant volume of cutting element.    Also claimed is a method of manufacturing a cutting element for a drill bit.    USE -   The super-abrasive, polycrystalline, diamond compact cutting elements is used for earth boring.    ADVANTAGE -   The cutting elements of the invention are cooled more easily, stay sharper for longer periods and are less susceptible to stresses encountered during drilling.    (US5924501-A)      Cutting element (10) for use on a drill bit for drilling subterranean formations, comprises: (a) cutting structure (12) comprising a super-abrasive material defining a two-dimensional cutting face at a proximal end (18); (b) cutting face including a cutting edge (22); and (c) cutting structure comprising a predominant volume of cutting element.    Also claimed is a method of manufacturing a cutting element for a drill bit.    USE -   The super-abrasive, polycrystalline, diamond compact cutting elements is used for earth boring.    ADVANTAGE -   The cutting elements of the invention are cooled more easily, stay sharper for longer periods and are less susceptible to stresses encountered during drilling.    (US6082223-A)      Cutting element (10) for use on a drill bit for drilling subterranean formations, comprises: (a) cutting structure (12) comprising a super-abrasive material defining a two-dimensional cutting face at a proximal end (18); (b) cutting face including a cutting edge (22); and (c) cutting structure comprising a predominant volume of cutting element.    Also claimed is a method of manufacturing a cutting element for a drill bit.    USE -   The super-abrasive, polycrystalline, diamond compact cutting elements is used for earth boring.    ADVANTAGE -   The cutting elements of the invention are cooled more easily, stay sharper for longer periods and are less susceptible to stresses encountered during drilling.