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The lineup emphasizes higher productivity through reduced cycle times, customizable screens, fast cycle-time technology, smart servo control, fine surface technology, and user-oriented usability features including iHMI and IoT integration. 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technologies are introduced to reduce machining cycle time?","Question",{"text":62,"@type":63},"Fast Cycle-time Technology reduces cycle times by using CNC and servo methods, and the Fast Cycle-time setting compares current parameters with FANUC defaults to select settings that most effectively reduce cycle time.","Answer",{"name":65,"@type":60,"acceptedAnswer":66},"How does Smart Servo Control support high-speed and high-quality machining?",{"text":67,"@type":63},"Smart Servo Control optimizes real-time control based on changing machine conditions such as load and temperature, helping achieve high-speed, high-precision, and high-quality machining.",{"name":69,"@type":60,"acceptedAnswer":70},"What is Fine Surface Technology used for?",{"text":71,"@type":63},"Fine Surface Technology enables fine surface machining by supporting high-precision interpolation, smooth tool paths, and accurate command follow-up for high-speed execution of small segment programs from CAD/CAM.","https://schema.org",{"og:url":32,"og:type":74,"og:title":10,"og:site_name":45,"og:description":12},"article",{"robots":76,"canonical":32},"index,follow",{"doc_id":78,"site_id":7},651992,1793030353,{"code":4,"msg":81,"data":82},"success",[83,87,91,95,100,104,109,114,119,122,126],{"id":22,"doc_module":4,"doc_module_name":25,"category_name":84,"show_sort_weight":85,"slug":86},"Story & 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pursuing high machining perf ormance                    \nFANUC Series 30i/31i/32i-MODEL B Plus  \nMach iningPerfor mance  \nMore powerful and easier to use  \nOptimal CNC based on the application  \n·Further improved productivity and high-quality  \nMulti-axis and multi-path CNC           \nmachining with High-speed CPUSignificantly improved C NC basic performanceFANUC Series 30i-MODEL B PlusMax.number of paths:15 paths  \n·Improved basic performance (requiredAdopt high-speed CP UMax.total number of controlled axes:96 axes(72 feed axes,24 spindles)functions are included as standard)Max.number of simultaneous controlled axes:24 axes  \nImproved productivity thr ough reduced cycle timesCustomizable functions for characteristic screens▶Fast Cycle-time Tec hnology  \nCNC with support for simultaneous 5-axis control    \nand operationFANUC Series 31i-MODEL B5 PlusAchieves high-quality machiningMax.number of paths:6 pathsAdvancing the loT adaptability with Multi-function▶Fine Surface Techno logyMax.total number of controlled axes:34 axes(26 feed axes,8 spindles)EthernetMax.number of simultaneous controlled axes:5 axes  \n5-axis machine tool wit h improved usabilityExtended memory capacity for storing large sized5-axis Integrated Te chnologyprogram  \nCore CNC  \nFANUC Series 311-MODEL B Plus  \nMax.number of paths:6 paths  \n·Improved visibility and operability with renewalMax.total number of controlled axes:34 axes(26 feed axes,8 spindles)Max.number of simultaneous controlled axes:4 axesdesign of screen  \nStandard CNC  \n·Equipped with FANUC's latest CNC andservo technologies  \nFANUC Series 32i-MODEL B Plus  \nMax.number of paths:2 paths  \n·Easy robots connection and controlMax.total number of controlled axes:26 axes(18 feed axes(includingLoader control system),8 spindles)Max.number of simultaneous controlled axes:4 axesPrevent sudden machine downtime with preventive maintenance Extensive failure prediction functionsOriginal screen for ease of useComes standard with customizable functionsReduce recovery time by easily pinpointing faulty partsDiagnosis/maintenance functions▶Extensive compatibility with field networks  \n## Ease of Use\n\nMaximizing  \nUptime  \nConsistent support at shop floor▶FANUC iHMI  \nloT integration  \n## System Configuration                                   \n\nServo Motor            \nLine-up to meet the various needs of machine tools andcontribute to the performance improvement of feed axes  \n### I/O Unit\n\nWide range of I/O units compatible with various installation locations and I/O devices.  \nOptimized for operator's panels with its thin and space-saving designStandard operator's panel with key Handles the output/input Compatible with originalinput duplicationof safety signalsoperator's panelsSafety MachineI/O module for operator's panelI/O module foroperator's panelsupporting safety functionoperator's panel  \n### SERVO MOTOR\n\nLINEAR MOTOR  \nDD MOTOR  \nDiS-B series  \nα1-D series  \nLiS-B series  \n### Spindle Motor\n\nLine-up to meet the various needs of machine tools andcontribute to the performance improvement of spindles  \n### AC SPINDLE MOTOR\n\nBUILT-IN SPINDLE MOTOR  \nα1-D series  \nBI-B series  \n### Servo Amplifier\n\nLine-up to be flexibly available for a variety of machinetools and contribute to the downsizing of cabinets  \n### SERVO AMPLIFIER i-D series\n\nOptimized for reduced wiring byenabling distributed setupCan be positioned near sensors scatteredinsde and outside the machine cabinetIP67 typeI/O Unit-MODEL B  \nOptimized for control cabinets with high scalaility and extensive modules such as the multi-point output/input type and the analog/digital outout/input moduleSmallsizeI/O unit withExcellent cost performanceCompact and withEffective for thermal displacementimproved expandability,with multi-point output/inputreduced wiringcompensation with multi-pointworkability and maintainabilitytemperature sensor inputFANUC S","cbCaic2tfj5aPn4o","https://ap.wps.com/l/cbCaic2tfj5aPn4o","pdf",5728000,"English","# FANUC\n## Series 30i/31i/32i-MODEL B Plus\n## Machining performance and improved functions\n## Max paths and controlled axes\n## Ease of Use\n## System Configuration\n## I/O Unit\n## SERVO MOTOR\n## Spindle Motor\n## Servo Amplifier\n## Fast Cycle-time Technology\n## Fine Surface Technology\n## Fast Cycle-time settings\n## Smart Servo Control","[{\"question\":\"What technologies are introduced to reduce machining cycle time?\",\"answer\":\"Fast Cycle-time Technology reduces cycle times by using CNC and servo methods, and the Fast Cycle-time setting compares current parameters with FANUC defaults to select settings that most effectively reduce cycle time.\"},{\"question\":\"How does Smart Servo Control support high-speed and high-quality machining?\",\"answer\":\"Smart Servo Control optimizes real-time control based on changing machine conditions such as load and temperature, helping achieve high-speed, high-precision, and high-quality machining.\"},{\"question\":\"What is Fine Surface Technology used for?\",\"answer\":\"Fine Surface Technology enables fine surface machining by supporting high-precision interpolation, smooth tool paths, and accurate command follow-up for high-speed execution of small segment programs from CAD/CAM.\"}]","FANUC Series 30i/31i/32i-MODEL B Plus - High-end CNC for high machining performance | PDF",1792877655,23]