An apparatus for cutting a ribbon of food into strips. The apparatus includes a cutting apparatus toward which the ribbon of food is moved at a transport speed in a transport direction which has a grooved shaft and a cutting shaft. The grooved shaft has grooves which encircle the grooved shaft in the transport direction. The grooved shaft takes over the ribbon of food. The cutting shaft has cutting knives which encircle the cutting shaft in the transport direction. The cutting shaft is arranged opposite to the grooved shaft. The ribbon of food is guided between the cutting shaft and the grooved shaft. One respective cutting knife engages slightly into one respective groove disposed opposite thereto to cut the ribbon of food into the strips. The cutting shaft has a length of at least 600 mm. The grooved shaft has a length of at least 600 mm.

The invention relates to a gripper for use in a slicing machine, in particular a high-performance slicing machine, said gripper being joined to the food product using an integral bonding process.

The invention relates to a gripper for use in a slicing machine, in particular a high-performance slicing machine, said gripper being joined to the food product using an integral bonding process.

A cutting apparatus for hair or fiber protruding from a surface includes a roller, a number of cutting features disposed at an outer peripheral surface of the roller, wherein the number of cutting features is adapted for cutting the hair or fiber when the roller rotates in contact with the filamentous surface or is moved while in contact with the filamentous surface.

A cutting apparatus for hair or fiber protruding from a surface includes a roller, a number of cutting features disposed at an outer peripheral surface of the roller, wherein the number of cutting features is adapted for cutting the hair or fiber when the roller rotates in contact with the filamentous surface or is moved while in contact with the filamentous surface.

Disclosed is a drug packaging device including a packaging unit and a cutting unit. The packaging unit includes a pair of packaging rollers that are pressed against each other with a drug packaging member disposed therebetween, thereby forming isolation regions in the drug packaging member at regular intervals so that at least one drug accommodation section can be formed between the isolation regions. The cutting unit forms a non-continuous zigzag cut line in which peak-shaped cuts and valley-shaped cuts are alternatively arranged and separated by a plurality of uncut portions. With this structure, it is possible to contribute to improvement in durability of a drug packaging member as well as in cuttability of the drug packaging member.

This pelletizer apparatus includes an observation unit for observing, from the outside of a housing chamber, a cut section of a synthetic resin cut by cutting teeth inside the housing chamber. The observation unit includes an optical system which sends an optical image of the cut section from the inside of the housing chamber to the outside of the housing chamber. Thus, with this pelletizer apparatus, the cut section can be visually checked clearly via the optical system.

A pair of cutoff knives configured for mounting on counter-rotating drums such that a serrated edge of one knife of the pair intermeshes with a serrated edge of the other knife of the pair to create a sinusoidal-shaped gap between the intermeshed serrated edges.

A cutting apparatus for hair or fiber protruding from a surface includes a roller, a number of cutting features disposed at an outer peripheral surface of the roller, wherein the number of cutting features is adapted for cutting the hair or fiber when the roller rotates in contact with the filamentous surface or is moved while in contact with the filamentous surface.

A cutting apparatus for hair or fiber protruding from a surface includes a roller, a number of cutting features disposed at an outer peripheral surface of the roller, wherein the number of cutting features is adapted for cutting the hair or fiber when the roller rotates in contact with the filamentous surface or is moved while in contact with the filamentous surface.