Abstract: A system (100) and a method for the unequivocal allocation of histological cassettes (30) and specimen slides (60) is described. The system encompasses a microtome (1) and at least one reading unit (80). The data (33) of the histological cassette (30) and the data (33) of the at least one specimen slide (60) are read by means of the reading unit (80). The reading unit (80) is provided with at least one indicating element (83) that outputs a signal in accordance with the degree of correspondence between the data (33) of the histological cassette (30) and the data (33) on the specimen slide (60).

Abstract: A system (100) and a method for the unequivocal allocation of histological cassettes (30) and specimen slides (60) is described. The system encompasses a microtome (1) and at least one reading unit (80). The data (33) of the histological cassette (30) and the data (33) of the at least one specimen slide (60) are read by means of the reading unit (80). The reading unit (80) is provided with at least one indicating element (83) that outputs a signal in accordance with the degree of correspondence between the data (33) of the histological cassette (30) and the data (33) on the specimen slide (60).

Abstract: A system (100) and a method for the unequivocal allocation of histological cassettes (30) and specimen slides (60) is described. The system encompasses a microtome (1) and at least one reading unit (80). The data (33) of the histological cassette (30) and the data (33) of the at least one specimen slide (60) are read by means of the reading unit (80). The reading unit (80) is provided with at least one indicating element (83) that outputs a signal in accordance with the degree of correspondence between the data (33) of the histological cassette (30) and the data (33) on the specimen slide (60).

Abstract: A system (100) and a method for the unequivocal allocation of histological cassettes (30) and specimen slides (60) is described. The system encompasses a microtome (1) and at least one reading unit (80). The data (33) of the histological cassette (30) and the data (33) of the at least one specimen slide (60) are read by means of the reading unit (80). The reading unit (80) is provided with at least one indicating element (83) that outputs a signal in accordance with the degree of correspondence between the data (33) of the histological cassette (30) and the data (33) on the specimen slide (60).

Abstract: A dispenser for thin replaceable knives, for example microtome knives, comprises a housing (3) for the reception of multiple knives (2) arranged in a stack (5). The housing includes a cover (7) and a longitudinal wall (10) adjacent to the housing cover (7) through which a dispensing opening (9) is provided. A spring (6) is arranged for biasing the knife stack (5) against the inside of the housing cover (7), and a slider (8) is provided to travel within a groove (16) on the outside of the housing cover (7) for engaging an individual knife (2) and pivoting the individual knife such that at least a portion of the knife protrudes out of the housing (3), wherein a knife edge (11) along the protruding knife portion faces back in the direction of the opening (9).

Abstract: A dispenser for thin replaceable knives, for example microtome knives, comprises a housing (3) for the reception of multiple knives (2) arranged in a stack (5). The housing includes a cover (7) and a longitudinal wall (10) adjacent to the housing cover (7) through which a dispensing opening (9) is provided. A spring (6) is arranged for biasing the knife stack (5) against the inside of the housing cover (7), and a slider (8) is provided to travel within a groove (16) on the outside of the housing cover (7) for engaging an individual knife (2) and pivoting the individual knife such that at least a portion of the knife protrudes out of the housing (3), wherein a knife edge (11) along the protruding knife portion faces back in the direction of the opening (9).

Abstract: A knife for producing sections of a wide variety of specimens and/or for creating extremely high-quality surfaces, in particular for producing thin sections and semi-thin sections by means of microtomes or ultramicrotomes, preferably for examinations with an electron microscope, having a blade and a holder for the blade, is characterized in that the blade is fabricated from an artificial diamond.

Abstract: A cartridge for treating samples in liquids and for preparing samples to be cut into slices for microscope examination includes a bottom part, lateral parts, and a detachably secured lid part. The bottom part and lid part each have a plurality of slot-shaped openings, and the lateral parts are free of openings. The slot-shaped openings in the bottom part and in the lid part are arranged at an oblique angle relative to the top surface of the bottom part and the top surface of the lid part, respectively.