Abstract: A joint sealing compound for the in-situ production of connection joints in wet areas. The joint sealing compound is based on acrylates. The joint sealing compound is either light-curable only with a light which is outside of the UV range, or the joint sealing compound is curable via a dual-curing process wherein the joint sealing compound is moisture-curing with a light which is outside of the UV range.

Abstract: A set for dispensing and processing a light-curing material contained in a reservoir of an applicator includes a light source for curing the material dispensed from an outlet opening of the reservoir by the effect of pressure on the reservoir. The set further includes a modeling device having at least one of a smoothing surface and a working edge for processing the dispensed light-curing material. The light source can be fastened detachably or undetachably to the applicator or to the modeling device.

Abstract: A set for dispensing and processing a light-curing material contained in a reservoir of an applicator includes a light source for curing the material dispensed from an outlet opening of the reservoir by the effect of pressure on the reservoir. The set further includes a modeling device having at least one of a smoothing surface and a working edge for processing the dispensed light-curing material. The light source can be fastened detachably or undetachably to the applicator or to the modeling device.

Abstract: The invention relates to an applicator (100) for in particular manually controlled application of a light-curable composite material contained in a reservoir (1), wherein the reservoir (1) is deformable at least in some areas and the light-curable composite material is present in the reservoir, and having an outlet opening (3.1) for the light-curable material and at least one light source for curing the light-curable material, wherein according to the invention the reservoir is resiliently compressible and the wall region thereof in the actuating region (16) has a reduced height (H) in the Z-direction and the wall region is compressible in a preferred direction (Z-direction). The at least one light source can be arranged on the applicator in such a manner that the LED-lamp, when actuated, shines toward the outlet opening (3.1).