SinterGrip - 20 Pages

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Catalog excerpts

Indirectly to these reasons, and in order to improve the performance of the machine tool and the tools higher cutting speed + higher feed rate = bigger volume of metal removed = less time to machine the workpiece, the market requires safe clamping, which could at the same time possibly avoid the deformations of the piece itself. Our new product SinterGrip is born to satisfy the current need to clamp a workpiece for very few millimeters (with SinterGrip 3,5 mm clamping surface), and this for the following reasons: 1) In order to machine the workpiece completely in a single operation...

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Vlt doesn’t need to use a special machine or tool to realize the punching; T7 Zum Vorpragen ist keine separate Pragestation vonnoten; Vlt doesn’t need a pre-machining on the workpiece, (as dovetail or others); Es ist keine Vorbearbeitung des Werkstuck wie z.B. ein Vorfrasen eines It doesn’t require to use a new vise or other; Es erfordert keine zusatzlichen Spannmittel; Exceptional stability of the workpiece clamping; AuBergewohnlich hohe Stabilitat des Werkstucks; Keine Vibrationen Bearbeitung; No deformations (by reducing the clamping force after the first punching); Minimum depth of the...

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SinterGrip are solid carbide serrated inserts type SinterGrip (HRC 92) ist ein gesinterter ISO P30:P35 and coated with method PVD    Hartmetalleinsatz vom Typ ISO P30: P35. Coated cemented carbide currently represents 80-90% of all cutting tool inserts. Its success as a tool material is due to its unique combination of wear resistance and toughness, and its ability to be formed in complex shapes. Coated cemented carbide combines cemented carbide with a coating. Together they form a grade which is customized for its application. The big advantage of SinterGrip is therefore the combination of...

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The special triangular shape creates a coupling without any clearance, in fact: • It divides the clamping forces; • It allows high coupling precision between the gripper (insert) and the jaw of the vise; • It absorbs the vibrations, allowing high stability, y The special tapered shape (5 degrees) of the inserts section: • creates pull-down effect into the insert which is transferred to the workpiece, avoiding the lifting of the same, y The special teeth sharpening: • The lower angle is bigger than the upper one. This creates a pull-down effect on the workpiece; • Permits, after the...

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insert SinterGrip for steel (STD) SinterGrip Einsatz fur Stahl (STD) insert SinterGrip for hard steel / titanium (until 5054 HRC) SinterGrip Einsatz fur geharteten Stahl und TITAN (bis zu 50-54 HRC)

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The values indicated in the chart are those of the penetration of each tooth of the insert, in relation to the number of inserts used, the type of material and the clamping force. Die grafischen Darstellung zeigt die Eindringtiefe der Pyramidenspitzen, die Anzahl der SinterGrip Zahne, Materialtypen und Spannkraft. Steel with tensile strength * 980 N/mm2 n. 5 inserts for jaw 10 inserts total clamping surface 3,5 mm Stahl mit Zugfestigkeit * 980 N/mm2 5 Einsatze je Backe-10 ges. Einspanntiefe 3,5 mm Hardened steel HRC 50-54 n. 5 inserts for jaw 10 inserts total clamping surface 3,5...

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The ratio between inserts and penetration depth is inversely proportional, that is, fewer inserts = more penetration Das Verhaltnis zwischen der Anzahl der Gripper und der Eindringtiefe ist umgekehrt proportional. Je weniger Gripper desto groBer ist die Eindringtiefe. Steel with tensile strength « 980 N/mm2 n. 1 inserts for jaw 2 inserts total clamping surface 3,5 mm Stahl mit Zugfestigkeit « 980 N/mm2 1 Einsatz je Backe-2 ges. Einspanntiefe 3,5 mm The same proportion is comparable to the clamping surface for only 2 mm, that is with one row of teeth per insert (see chart). Die gleiche...

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The SinterGrip method is proposed together with our unique quick change CLAK SYSTEM for a perfect combination of performances. Wir empfehlen SintrGrip zusammen mit unserem einzigartigen CLAK Schnellwechsel-System fur eine perfekte Leistungskombination! CLAK System for OML vise Das CLAK System fCJr den OML Schraubstock Universal CLAK System Universal CLAK System

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machining centre    Bearbeitungszentrum

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SinterGrip can be used with all the mechanical, mechanical-hydraulic or hydraulic clamping systems. For all the other clamping systems, please check the compatibility of these systems with grippers. SinterGrip is proposed in the following possibilities: SinterGrip kann auf jedem mechanischen, hydraulischen und mechanisch-hydraulischen Spannsystem verwendet werden. Fur alle anderen Spannsystem uberprufen Sie die Einsatzmoglichkeit! Einsatzbeispiele SinterGrip: VForm des Plattensitzes mit Schwalbenschwanz Geometrie V Shape of the self-centering seat of the insert with dovetail interlocking...

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\2/ Fixing holes to the vise \37 Seat for Clak system VMade of steel with tensile strength = 1.080 N/mm2 + nitriding 2/ Befestigungsbohrungen des Schraubstocks 3/ Aufnahme fur Clak System 4 / Tragerbacke aus nitriertem Werkzeugstahl mit einer Zugfestigkeit von = 1080N/mm2 Form des Plattensitzes mit '\j7 Schwalbenschwanz Geometrie Made of steel with tensile strength = 980 N/mm2 + nitriding Tragerbacke aus nitriertem Werkzeugstahl mit einer Zugfestigkeit Die relevanten MaBen des Schraubstocks mQssen erfasst werden

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Pair of jaws with tungsten carbide coating. The set includes one pair of jaws, 1 pair of parallels (PP), 1 wrench TORX T9 and one kit of 10 screws. Backenpaar mit Wolfram-Carbid-Beschichtung. Das Set beinhaltet ein Backenpaar, ein Parallelleistepaar(PP), 1 SchlusselTORXT9und einen Satz (lOSt.) Schrauben. Code Bestell-Nr. Special jaws “All in one" upon request Spezielle Versionen der Backen "All in one" auf Anfrage AAA 1 A A

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