hpr – -Translation – Keybot Dictionary

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Keybot 7 Results  foi.cardiff.gov.uk
  MAPAL: Alésage  
Système de tête interchangeable HPR
Replaceable head system HPR
Sistema de cabezales reemplazables HPR
Sistema a testina intercambiabile HPR
Sistema substituível de cabeçotes HPR
System głowic wymiennych HPR
Система со сменой головок HPR
Výmenný systém hláv HPR pre vystružovanie
  MAPAL: Effet MAPAL  
Copeaux maitrisés avec les alésoirs Haute Performance MAPAL HPR.
The chip under control with MAPAL HPR high performance reamers.
The chip under control with MAPAL HPR high performance reamers.
The chip under control with MAPAL HPR high performance reamers.
The chip under control with MAPAL HPR high performance reamers.
  MAPAL: MAPAL Effekt – F...  
Maîtrise des copeaux avec les alésoirs haute performance MAPAL HPR
The chip under control with MAPAL HPR high performance reamers
The chip under control with MAPAL HPR high performance reamers
The chip under control with MAPAL HPR high performance reamers
The chip under control with MAPAL HPR high performance reamers
The chip under control with MAPAL HPR high performance reamers
  MAPAL: MAPAL Effekt – F...  
Cette optimisation de process due à l’outil MAPAL HPR a permis d’éliminer les arrêts machine. En conséquence, et grâce à la durée de vie élevée, la productivité a été augmentée de manière significative.
Due to this process optimisation with a MAPAL HPR tool, it was possible to eliminate the machine downtime. As a result, and due to the long tool life, the productivity was significantly increased. The process runs reliably and stably - the nightmare of downtimes is a thing of the past!
Due to this process optimisation with a MAPAL HPR tool, it was possible to eliminate the machine downtime. As a result, and due to the long tool life, the productivity was significantly increased. The process runs reliably and stably - the nightmare of downtimes is a thing of the past!
Due to this process optimisation with a MAPAL HPR tool, it was possible to eliminate the machine downtime. As a result, and due to the long tool life, the productivity was significantly increased. The process runs reliably and stably - the nightmare of downtimes is a thing of the past!
Due to this process optimisation with a MAPAL HPR tool, it was possible to eliminate the machine downtime. As a result, and due to the long tool life, the productivity was significantly increased. The process runs reliably and stably - the nightmare of downtimes is a thing of the past!
Due to this process optimisation with a MAPAL HPR tool, it was possible to eliminate the machine downtime. As a result, and due to the long tool life, the productivity was significantly increased. The process runs reliably and stably - the nightmare of downtimes is a thing of the past!
  MAPAL: MAPAL Effekt – F...  
Afin de remplir ces critères, les spécialistes MAPAL ont développé une version modifiée de l’alésoir HPR. Grâce à la géométrie de coupe spécifique, les copeaux sont correctement fractionnés. Ceci est possible grâce à une entrée spéciale avec brise-copeaux.
To address these requirements, MAPAL specialists have developed a modified design of an HPR reamer. Due to the specific design of the blade geometry, the chip is reliably broken. This action is provided by a special lead with chip breaker. The high cutting and feed rates of vc = 140 m/min and vf = 1500 mm/min are retained and short chips that are easy to transport away are produced. Through an additional optimisation of the cutting material, the tool life was increased to 10,000 parts.
To address these requirements, MAPAL specialists have developed a modified design of an HPR reamer. Due to the specific design of the blade geometry, the chip is reliably broken. This action is provided by a special lead with chip breaker. The high cutting and feed rates of vc = 140 m/min and vf = 1500 mm/min are retained and short chips that are easy to transport away are produced. Through an additional optimisation of the cutting material, the tool life was increased to 10,000 parts.
To address these requirements, MAPAL specialists have developed a modified design of an HPR reamer. Due to the specific design of the blade geometry, the chip is reliably broken. This action is provided by a special lead with chip breaker. The high cutting and feed rates of vc = 140 m/min and vf = 1500 mm/min are retained and short chips that are easy to transport away are produced. Through an additional optimisation of the cutting material, the tool life was increased to 10,000 parts.
To address these requirements, MAPAL specialists have developed a modified design of an HPR reamer. Due to the specific design of the blade geometry, the chip is reliably broken. This action is provided by a special lead with chip breaker. The high cutting and feed rates of vc = 140 m/min and vf = 1500 mm/min are retained and short chips that are easy to transport away are produced. Through an additional optimisation of the cutting material, the tool life was increased to 10,000 parts.
To address these requirements, MAPAL specialists have developed a modified design of an HPR reamer. Due to the specific design of the blade geometry, the chip is reliably broken. This action is provided by a special lead with chip breaker. The high cutting and feed rates of vc = 140 m/min and vf = 1500 mm/min are retained and short chips that are easy to transport away are produced. Through an additional optimisation of the cutting material, the tool life was increased to 10,000 parts.
  MAPAL: MAPAL Effekt - B...  
L’outil HPR 300 combinant l’alésage de finition et la technologie d’ébauche tangentielle remplit les critères de qualité de façon sécurisée sur le grand diamètre. L’effet multicoupe apporté par ces deux étages permet d’augmenter les conditions de coupe et de réduire fortement le temps d’usinage.
The use of an HPR 300 tool which combines reaming for the finish-machining with the ISO tangential technology for the premachining allows the demanded quality specifications for the large diameter to be reliably achieved during the process. The multiple blades of these two stages allow higher cutting values to be used and the machining time is significantly reduced. The tool is easy to use, as both the reaming and the tangential blades do not have to be adjusted. The additional integration of an HPR mounting tool for the machining of two further diameters (16 and 32 mm) into this tool also saves tool changes.
The use of an HPR 300 tool which combines reaming for the finish-machining with the ISO tangential technology for the premachining allows the demanded quality specifications for the large diameter to be reliably achieved during the process. The multiple blades of these two stages allow higher cutting values to be used and the machining time is significantly reduced. The tool is easy to use, as both the reaming and the tangential blades do not have to be adjusted. The additional integration of an HPR mounting tool for the machining of two further diameters (16 and 32 mm) into this tool also saves tool changes.
The use of an HPR 300 tool which combines reaming for the finish-machining with the ISO tangential technology for the premachining allows the demanded quality specifications for the large diameter to be reliably achieved during the process. The multiple blades of these two stages allow higher cutting values to be used and the machining time is significantly reduced. The tool is easy to use, as both the reaming and the tangential blades do not have to be adjusted. The additional integration of an HPR mounting tool for the machining of two further diameters (16 and 32 mm) into this tool also saves tool changes.
The use of an HPR 300 tool which combines reaming for the finish-machining with the ISO tangential technology for the premachining allows the demanded quality specifications for the large diameter to be reliably achieved during the process. The multiple blades of these two stages allow higher cutting values to be used and the machining time is significantly reduced. The tool is easy to use, as both the reaming and the tangential blades do not have to be adjusted. The additional integration of an HPR mounting tool for the machining of two further diameters (16 and 32 mm) into this tool also saves tool changes.
The use of an HPR 300 tool which combines reaming for the finish-machining with the ISO tangential technology for the premachining allows the demanded quality specifications for the large diameter to be reliably achieved during the process. The multiple blades of these two stages allow higher cutting values to be used and the machining time is significantly reduced. The tool is easy to use, as both the reaming and the tangential blades do not have to be adjusted. The additional integration of an HPR mounting tool for the machining of two further diameters (16 and 32 mm) into this tool also saves tool changes.
  MAPAL: MAPAL Effekt - B...  
L’outil HPR 300 combinant l’alésage de finition et la technologie d’ébauche tangentielle remplit les critères de qualité de façon sécurisée sur le grand diamètre. L’effet multicoupe apporté par ces deux étages permet d’augmenter les conditions de coupe et de réduire fortement le temps d’usinage.
The use of an HPR 300 tool which combines reaming for the finish-machining with the ISO tangential technology for the premachining allows the demanded quality specifications for the large diameter to be reliably achieved during the process. The multiple blades of these two stages allow higher cutting values to be used and the machining time is significantly reduced. The tool is easy to use, as both the reaming and the tangential blades do not have to be adjusted. The additional integration of an HPR mounting tool for the machining of two further diameters (16 and 32 mm) into this tool also saves tool changes.
The use of an HPR 300 tool which combines reaming for the finish-machining with the ISO tangential technology for the premachining allows the demanded quality specifications for the large diameter to be reliably achieved during the process. The multiple blades of these two stages allow higher cutting values to be used and the machining time is significantly reduced. The tool is easy to use, as both the reaming and the tangential blades do not have to be adjusted. The additional integration of an HPR mounting tool for the machining of two further diameters (16 and 32 mm) into this tool also saves tool changes.
The use of an HPR 300 tool which combines reaming for the finish-machining with the ISO tangential technology for the premachining allows the demanded quality specifications for the large diameter to be reliably achieved during the process. The multiple blades of these two stages allow higher cutting values to be used and the machining time is significantly reduced. The tool is easy to use, as both the reaming and the tangential blades do not have to be adjusted. The additional integration of an HPR mounting tool for the machining of two further diameters (16 and 32 mm) into this tool also saves tool changes.
The use of an HPR 300 tool which combines reaming for the finish-machining with the ISO tangential technology for the premachining allows the demanded quality specifications for the large diameter to be reliably achieved during the process. The multiple blades of these two stages allow higher cutting values to be used and the machining time is significantly reduced. The tool is easy to use, as both the reaming and the tangential blades do not have to be adjusted. The additional integration of an HPR mounting tool for the machining of two further diameters (16 and 32 mm) into this tool also saves tool changes.
The use of an HPR 300 tool which combines reaming for the finish-machining with the ISO tangential technology for the premachining allows the demanded quality specifications for the large diameter to be reliably achieved during the process. The multiple blades of these two stages allow higher cutting values to be used and the machining time is significantly reduced. The tool is easy to use, as both the reaming and the tangential blades do not have to be adjusted. The additional integration of an HPR mounting tool for the machining of two further diameters (16 and 32 mm) into this tool also saves tool changes.