Abstract:
Der Schneideinsatz (2) ist insbesondere für ein Hochgeschwindigkeitsfräsen von Leichtmetallen, insbesondere Aluminium, vorgesehen. Um eine zuverlässige und definierte Spanabfuhr sowie eine definierte Spanformung zu gewährleisten, weist der Schneideinsatz eine Spanleitfläche (26) auf, die zu einer Bearbeitungsfläche (36) unter einem spitzen Winkel (α) zu einer Schneide (8) hin orientiert ausläuft.
Abstract:
Das Werkzeug (1) ist um eine Achse A rotierbar und weist einen Werkzeuggrundkörper (3) mit zumindest einem zu einer Bearbeitungsfläche (11) orientierten Schneideinsatz (15) zur Grobbearbeitung sowie mit einem Schleifelement (9) zur Feinbearbeitung des Werkstücks, auf. Das Schleifelement (9) ist relativ zum Werkzeuggrundkörper (3) aus einer rückgezogenen Ruheposition zur Bearbeitungsfläche hin in eine Bearbeitungsposition verstellbar. Hierdurch ist mit einfachen konstruktiven Mitteln ein kombiniertes Fräs- und Schleifwerkzeug ausgebildet.
Abstract:
A diamond coated elongate rotary cutting member and method of making the same. The cutting member (40) includes an axially forward cutting surface (42), a flute (50) and a fluted land (52). The cutting member comprises a substrate with hard grains bonded together with a metallic binder. The substrate has a first substrate region that presents an irregular surface so as to define the axially forward cutting surface (24, 26, 28) and the fluted land (52). The first substrate region contains relatively large hard grains near the surface thereof that are larger in size than the hard grains in the interior of the substrate. A diamond coating is on the surface of the first substrate region. The substrate has a second substrate region that defines the flute.
Abstract:
A tool includes a parent body (12) and at least two cutting inserts (14) fastened directly or indirectly to the parent body (12). A central clamping device (30) is configured to clamp the cutting inserts (14) in an oriented position relative to the parent body (12). An assembly includes the tool (10) and a jig (32), which can accommodate the tool (10) in such a way that the cutting insert (14) is located in a desired position on the tool (10) and can be clamped in the desired position by actuating the clamping device (30). A method for fastening at least one cutting insert (14) to the parent body (12) includes fitting the parent body (12) with the cutting insert (14); arranging the parent body (12) in a jig (32); bringing the cutting insert (14) into a desired position; and clamping the cutting insert (14) in the desired position.
Abstract:
Um bei einem Rundlaufwerkzeug, insbesondere Bohrer, eine sichere und zuverlässige Kühlmittelversorgung insbesondere bei einer Minimalschmierung zu gewährleisten, ist ein Stellelement (12) vorgesehen, welches endseitig zu einem Schaft (10) des Bohrers eine kegelstumpfartige Aufnahme (16) aufweist, in der ein separates Verteilerelement (18) angeordnet ist. Gleichzeitig bildet ein endseitiger Teilbereich der Aufnahme (16) eine Dichtfläche (30), gegen die im montierten Zustand eine Fase (32) des Schafts (10) gepresst wird. Durch diese Ausgestaltung ist mit konstruktiv einfachen Mitteln sowohl eine sichere Abdichtung als auch eine zuverlässige Kühlmittelverteilung über das Verteilerelement (18) auf exzentrisch angeordnete Kühlmittelschmierkanäle (26) im Schaft (10) gewährleistet.
Abstract:
The invention concerns a drill with a least one central channel for cooling-lubricant oil feed. The drill has a shaft with at least one flute (4) running in a spiral round the shaft axis. Whereas in conventional drills of this kind the oil channels end in outlet apertures in the flanks of the main cutting edges, this is not the case with the drill proposed. Instead, the oil is fed to the point of application of the drill through lateral outlet apertures which are joined to the at least one oil channel (18) by connecting channels.
Abstract:
The cutting insert (2) is provided for the high-speed milling of light metals in particular aluminium. According to the invention, a reliable and defined cutting removal and a defined cutting forming may be guaranteed, whereby the cutting insert comprises a cutting guide surface (26) which runs into a machining surface(36), arranged at an acute angle (a) to a cutting edge (8).
Abstract:
The cutting insert (2) is provided for the high-speed milling of light metals in particular aluminium. According to the invention, a reliable and defined cutting removal and a defined cutting forming may be guaranteed, whereby the cutting insert comprises a cutting guide surface (26) which runs into a machining surface(36), arranged at an acute angle (a) to a cutting edge (8).
Abstract:
The invention concerns a method for supplying the working parts of a boring tool, in particular a drill, with a lubricant which both cools and lubricates the drill, a dispenser (9) being connected directly or indirectly to the drill to enable lubricant to be fed to the working parts of the drill through at least one channel (10) in the drill. The invention also concerns a boring tool, in particular a drill, with a shaft (1) and a cutter (2) and at least one internal lubricant channel (10), at least one reservoir being fitted as a dispenser (9) for the lubricant, the reservoir being directly or indirectly connected to the drill by mechanical means and to the at least one lubricant channel (10) to permit the passage of lubricant. In addition, the invention concerns a tool-holder designed to hold the drill. It has an internal dispenser (9a) for the lubricant, the dispenser being connected, when the drill is fixed in place, to the at least one lubricant channel (10) in the drill to permit the passage of lubricant.
Abstract:
A diamond coated elongate rotary cutting member and method of making the same. The cutting member (40) includes an axially forward cutting surface (42), a flute (50) and a fluted land (52). The cutting member comprises a substrate with hard grains bonded together with a metallic binder. The substrate has a first substrate region that presents an irregular surface so as to define the axially forward cutting surface (24, 26, 28) and the fluted land (52). The first substrate region contains relatively large hard grains near the surface thereof that are larger in size than the hard grains in the interior of the substrate. A diamond coating is on the surface of the first substrate region. The substrate has a second substrate region that defines the flute.