Drehwerkzeuge

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High Dynamic Turning (HDT) - FreeTurn Tool from CERATIZIT - Conventional vs. HDT

Uncompromising turning with complete freedom. With High Dynamic Turning together with FreeTurn tooling, CERATIZIT has re-imagined turning. High Dynamic Turning, or HDT for short, from CERATIZIT has turned conventional turning methods completely upside down. This new turning technology combined with the dynamic FreeTurn tooling, means that in the future it will be possible to carry out all traditional turning operations such as roughing, finishing, contour turning, face turning and longitudinal turning with just one tool. HDT is therefore a completely uncompromising method of turning. // The Revolution in Turning: https://youtu.be/RHeG-wCf1Po // Explanation of process and tool Features: https://youtu.be/bs5YOm3mNWM // Technical Experts and Developers: https://youtu.be/Gbxm9TyrV1k // Read more: www.ceratizit.com/hdt/ _________________________ Übersetzung - Konventionell vs. High Dynamic Turning Konventionell: • Für jede Kontur werden unterschiedliche Werkzeuge benötigt • Viele Werkzeuge mit unterschiedlichen Anstellwinkeln • Hohe Werkzeugkosten • Immense Rüstzeiten • Klassisches Drehen mit unveränderlicher Prozessabfolge • Normale Maschinenauslastung und normale Taktzeit High Dynamic Turning: • Nur ein Werkzeug für alle Bearbeitungsschritte • Flexibler Anstellwinkel • Ein Werkzeug für bis zu drei Bearbeitungsmöglichkeiten • Rüstzeitkiller durch Verwendung eines FreeTurn Wekzeuges • Innovatives Drehen durch High Dynamic Turning (HDT) Technologie • Geringere Rüstzeiten, kürzere Taktzeiten und dadurch höhere Maschinenauslastung

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High Dynamic Turning (HDT) - FreeTurn Tool from CERATIZIT - Explanation of process and tool features

Uncompromising turning with complete freedom. With High Dynamic Turning together with FreeTurn tooling, CERATIZIT has re-imagined turning. High Dynamic Turning, or HDT for short, from CERATIZIT has turned conventional turning methods completely upside down. This new turning technology combined with the dynamic FreeTurn tooling, means that in the future it will be possible to carry out all traditional turning operations such as roughing, finishing, contour turning, face turning and longitudinal turning with just one tool. HDT is therefore a completely uncompromising method of turning. // The Revolution in Turning: https://youtu.be/RHeG-wCf1Po // Conventional vs. High Dynamic Turning (HDT): https://youtu.be/bA0PSNSwD3k // Technical Experts and Developers: https://youtu.be/Gbxm9TyrV1k // Read more: www.ceratizit.com/hdt/ _________________________

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High Dynamic Turning (HDT) - FreeTurn Tool from CERATIZIT - The Revolution in Turning

Uncompromising turning with complete freedom. With High Dynamic Turning together with FreeTurn tooling, CERATIZIT has re-imagined turning. High Dynamic Turning, or HDT for short, from CERATIZIT has turned conventional turning methods completely upside down. This new turning technology combined with the dynamic FreeTurn tooling, means that in the future it will be possible to carry out all traditional turning operations such as roughing, finishing, contour turning, face turning and longitudinal turning with just one tool. HDT is therefore a completely uncompromising method of turning. // Explanation of process and tool Features: https://youtu.be/bs5YOm3mNWM // Conventional vs. High Dynamic Turning (HDT): https://youtu.be/bA0PSNSwD3k // Technical Experts and Developers: https://youtu.be/Gbxm9TyrV1k // Read more: www.ceratizit.com/hdt/ _________________________

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Sliding Head (Xhead-Clamp / MaxiClick)

Die „Werkzeugauswahl fürs Langdrehen“, der neue Spezialkatalog von WNT, beinhaltet über 11.000 Qualitätswerkzeuge speziell für Langdrehautomaten, darunter rund 5000 ganz neue Produkte. Eines davon ist das XHeadClamp-System, mit dem ein Schneiden- oder Geometriewechsel innerhalb weniger Sekunden möglich ist. Mit diesem cleveren Wechselkopfsystem werden Maschinenstillstandszeiten signifikant reduziert und somit Kosten gesenkt . Langdrehen: https://www.wnt.com/mastertool/DE/category/Zerspanungswerkzeuge/Langdrehen _ Follow us: | https://twitter.com/wnttotaltooling | https://www.linkedin.com/company/wnt | https://www.facebook.com/WNTTotalTooling/ | https://de.industryarena.com/wnt-deutschland

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System CVD-D

Ob zur Drehbearbeitung von NE Metallen oder zur Fräsbearbeitung von abrasiven Kunststoffen, HORN CVD-D Werkzeuge sind vielseitig einsetzbar. Die gelaserten Geometrien der Drehwerkzeuge vereinfachen die Spankontrolle. https://www.phorn.de/produkte/hochharte-schneidstoffe/ For turning applications in non-ferrous metals as well as for machining by milling of components made of abrasive plastic, HORN CVD-D tools offer versatile machining solutions. https://www.phorn.de/en/products/ultra-hard-cutting-materials/

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CoroTurn® Prime SL head – Internal turning with excellent chip evacuation

With the advent of CoroTurn® Prime SL head, it is now possible to use PrimeTurning™ methodology for internal turning applications. The inside-out machining capability allows for an excellent chip evacuation and chip control. In addition, this new CoroTurn® Prime SL head solution produces an excellent surface finish and offers high productivity, longer tool life and high machine utilization. To know more visit: www.sandvik.coromant.com/coroturnprime

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PrimeTurning™ – Machining of wheel stub with CoroTurn® Prime Twin tool holder

Modern multi-task machines are intended for the complete machining of components but typically have a very slow tool changing time. The new CoroTurn® Prime Twin-tool saves you time when changing tools to increase machining utilization and productivity.

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WFLTechnologie Innendrehen

Beschreibung

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All directional profiling and finishing demo - CoroTurn® Prime A-type

CoroTurn Prime A-type tool with three 35° corners is designed for light roughing, finishing and profiling giving excellent chip control and significant productivity.

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All directional rough machining demo - CoroTurn® Prime B-type

CoroTurn Prime B-type tool with strong corners designed for rough machining offering higher metal removal and significant productivity increase.

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PrimeTurning™ demo – Turning of pinion in 40 seconds

In this demo of PrimeTurning™ you will see a complete pinion machining in 40 seconds. From roughing to finishing using CoroTurn® Prime B-type and CoroTurn® Prime A-type. The all new turning method allows turning in all directions enabling higher speed, feed and tool life resulting in an immense productivity increase.

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Turning re-invented - PrimeTurning™ and CoroTurn® Prime

PrimeTurning™ is a new turning methodology which enables turning in all directions. Delivering a 50% increase in productivity or higher compared to conventional turning solutions. This is not just a new tool, it is a totally new way of turning.

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CoroTurn® 300 - eight high-performing edges

CoroTurn 300 is developed for effective and high-quality turning. See CoroTurn in face- and longitudinal turning operations and the result after using all eight high-performing edges.

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Tips film: Increase feed for productive hard part turning - Sandvik Coromant

Do you want to know more about productive hard part turning? While increased cutting speed generates high temperatures at the cutting edge and requires a lot of power consumption, higher feed gives both better productivity and longer insert tool life.

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Walter Tools Turning Tigertec Silver PVD: GX24 Drehen Vergleich Abstechen

Your advantages - unique combination of thermal stability and toughness helps to deliver unbeatable cost efficiency - comparatively maximum process reliability due to improved stability of the cutting edges - low tendency for build-up on the cutting edge due to improved surface structure and sharp cutting edge with thin Tiger·tec® Silver PVD Al2O3 coating - relatively long tool life due to improved layer hardness - universal cutting tool material for various ISO material groups - best machining results due the to use of Tiger·tec® Silver PVD technology in conjunction with Walter Cut geometries Ihre Vorteile - einmalige Kombination aus Hitzebeständigkeit und Zähigkeit sorgt für unschlagbare Wirtschaftlichkeit - höchste Prozessicherheit durch die Verbesserung der Schneidkantenstabilität - geringe Aufbauschneidenneigung durch verbesserte Oberflächenstruktur und scharfer Schneidkante mit dünner Tiger·tec® Silver PVD-Al2O3 Beschichtung - längere Standzeiten durch verbesserte Schichthärte - universeller Schneidstoff für unterschiedliche ISO Materialgruppen - beste Bearbeitungsergebnisse durch den Einsatz der Tiger·tec® Silver PVD Technologie in Verbindung mit den Walter Cut Geometrien

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Hard Part Turning with CBN Inserts Sandvik Coromant

Our unique grade selection, together with our patented geometry technology can provide you with the most cost efficient surfaces when hard part turning.

anwenderreportage

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Wirtschaftlich Ausspindeln bei ISW mit Ingersoll D´Andrea

Wer heutzutage im Gebiet der Zerspanungstechnik erfolgreich sein will, muss unter anderem schnell sein. Schnell sein mit einem Angebot reicht da nicht, man muss zumeist auch kürzeste Lieferzeiten bieten. Mit diesen Thematiken ist man auch bei der ISW GmbH konfrontiert, wenngleich es sich bei dem Familienbetrieb meist um große und komplexe Bauteile handelt. Erst kürzlich konnte man wieder einen großen Auftrag an Land ziehen, benötigte für die Durchführung jedoch neue Ausspindelwerkzeuge. Entschieden hat man sich für Ingersoll-D`Andrea -- geliefert von der SWT Schlager Werkzeugtechnik.

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VARGUS GROOVEX - Laydown Grooving

VARGUS GROOVEX - Laydown Grooving

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VARGUS GROOVEX - micrOscope - Micro Tools for Small Bores

VARGUS GROOVEX - micrOscope - Micro Tools for Small Bores

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VARGUS GROOVEX - Mini-V Mini Tools for Small Bores

VARGUS GROOVEX - Mini-V Mini Tools for Small Bores

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CAM Programming Tips: Thread Turning Sandvik Coromant

Welcome to the Thread Turning CAM tip from our CAM Programming Tip Series. Thread Turning is an established and widely used threading technique for the threading of parts. We hope you find this video tip helpful to your thread turning processes for application in a variety of industries. VIDEO TRANSCRIPT: Thread Turning is an established and widely used threading technique for the threading of parts. It is commonly the 'first choice' technique for threading rotational parts because of it's high productivity and surface finish compared to other techniques shown here. (zoom in on thread turning pic in slide) With thread turning there are 3 primary programming infeed methods: Modified Flank Infeed, Incremental Infeed (also known as Alternating Flank Infeed or Zig-Zag Infeed), and Radial Infeed. With Modified Flank Infeed the insert is fed in at the angle relative to the thread profile. This angle is usually 1 to 5 degrees 3-5degrees for 'A' and 'F' insert Geometries and 1degree for chip breaker 'C' geometries. The advantage of this method is less heat generated, less vibration, and higher production reliability. This method should be a 'first choice' for most threading operations. With Incremental infeed the insert is fed in at the angle of the thread profile, but here each leading flank pass is alternated with a trailing flank pass. The result is more even insert wear and longer tool life. Making this the ideal choice for larger thread profiles. With Radial Infeed the ...

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Coromant Capto® C10 - Heavy turning solution from Sandvik Coromant

By using a Quick change system the set-up time in lathes and VTL can be reduce dramatically. Shorter time to change over one tool style to another: from 15 minutes with a shank tool down to just one minute with Coromant Capto. Quick change can be used in turning centre whit or without Driven ToolHolders (DTH) but also in heavy turning on VTL or HD lathes. Even for heavy turning solutions with big insert eg 38 or 50 mm inserts it is possible to minimize the set-up time to get Green Light Machining.

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ISCAR HFPL

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The Wonders of ISCAR - HELI-GRIP

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Products Turning / Drehen RP5 roughing steel Schruppbearbeitung Stahl