The invention relates to a tool for machining an object, which tool has a multiplicity of fingers arranged in layers, wherein the fingers are spaced apart from one another within the layers.

A deburring mechanism includes a frame, a first deburring module, and a second deburring module. The frame has a first side plate and a second side plate. The first side plate is arranged opposite to the second side plate in a first direction. The first deburring module is arranged on the first side plate. The second deburring module is arranged on the second side plate. The first deburring module and the second deburring module are arranged opposite to each other in a second direction and form a deburring passage. The deburring passage is used for placing an open end of a housing. The first deburring module includes a first cylindrical brush and first conical brushes arranged at two ends of the first cylindrical brush. The second deburring module includes a second cylindrical brush and second conical brushes arranged at two ends of the second cylindrical brush.

A system for buffing a cathode including a lifting assembly, a carriage assembly, and a buffing assembly. The lifting assembly is configured to transport the cathode in a substantially vertical direction while the carriage assembly secures the cathode. The buffing assembly is configured to buff the cathode as the cathode is transported in the substantially vertical direction. The buffing system provides for buffing both sides of a cathode simultaneously.

A system for buffing a cathode including a lifting assembly, a carriage assembly, and a buffing assembly. The lifting assembly is configured to transport the cathode in a substantially vertical direction while the carriage assembly secures the cathode. The buffing assembly is configured to buff the cathode as the cathode is transported in the substantially vertical direction. The buffing system provides for buffing both sides of a cathode simultaneously.

Method and system, including: a strip of metallic material used by a bender to produce the 3-D signage; a sanding unit coupled to the bender and configured to sand away any dirt, oil, or other undesirable material attaching to the strip of metallic material; and a controller configured to make a measurement of how fast the strip of metallic material is feeding into the bender, and to control an operating speed of the sanding unit based on the measurement.

Method and system, including: a strip of metallic material used by a bender to produce the 3-D signage; a sanding unit coupled to the bender and configured to sand away any dirt, oil, or other undesirable material attaching to the strip of metallic material; and a controller configured to make a measurement of how fast the strip of metallic material is feeding into the bender, and to control an operating speed of the sanding unit based on the measurement.

This patent describes a new type of decorative cladding, consisting of an assembly whose main element is a translucent natural stone sheet (LR), interposed by polarized films (PP) which, when subjected to a light source (FL), show optical phenomena in the minerals contained in the sheet, providing the observer with unusual colors, effects and textures. It includes a thinning device (DDD) which is equipped with conveyor belts (EST); equipped with a plurality of horizontal skids (PAH), preferably with a flap, fixed below the belt (EST), helping to support the support grid (PS); and is equipped with a plurality of thinning modules (MD), responsible for producing the aforementioned sheets of translucent natural stone.