Value Nano CNC is best suited for various turning machines, high-speed turning with the highest reliability for increased productivity.
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Nanotechnology CNC is the most suitable for grinding machines.
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This versatile CNC controller is ideal for all multipath, multi-axes machining centers.
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The ADV Mill CNC system is purpose-built for precision machining in both die-mould and parts manufacturing applications. With cutting-edge Next Generation Servo technology and advanced 1500-block look-ahead capability, it ensures ultra-smooth, high-speed machining performance.
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Dedicated CNC controller for Gear machining applications such as Hobbing, Shaping etc.
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Best suitable CNC for Surface Grinding machines. High-speed grinding with high precision and accuracy with highest reliability for increased productivity.
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The CNC series FS0i-PF PLUS is a high-speed punch press control capable of supporting new levels of punching & nibbling rates.
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The FANUC Series 31i/32i- Model B Plus controllers are ideal for highly complex machines with multiple axes, multi -path and high-speed high precision machining requirements.
FANUC’s new generation servo system delivers high speed and high precision.
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Economical servo motor with Excellent Cost to Performance ratio; suitable for Feed axes, live tools and peripheral devices
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The ideal solution for rotary tables and axes. offers huge amounts of torque with smooth feed while achieving high speed, high precision, and maintenance-free operation.
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Direct linear force transmission with a simple mechanical structure and low maintenance (no ball screws, no bearings in the mechanical structure). The linear design enables rigid long-stroke axes, increased thrust force, and multi-head configurations by arranging multiple coil sliders on a single magnet track.
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Powerful motors for high acceleration with high mechanical precision and low vibration—suited to spindles of high performance and large-size machines.
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Powerful motors for high acceleration with high mechanical precision and low vibration—suited to spindles of high performance and large-size machines.
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Compact built-in motors for compact, high-speed, and high-performance machines with the best adaptation in mechanical machine design.
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Compact built-in motors with high torque for tough material and heavy cutting processes.
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FANUC Smart Digital Twin is a collective name of computer software that realizes Digital Twin of FANUC CNC. Servo Model generated based on FANUC’s accumulated CNC technologies realizes the same level of validation as real machining digitally. It performs high-speed and high-precision digital validation to minimize actual trial cutting, which realizes a smarted production workspace.
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FANUC MT-LINKi offers a powerful, out of-the-box solution for monitoring and managing data across shop floor. This scalable software enables seamless collection and real-time monitoring of production and operational data through a PC and Ethernet connection.
MT-LINKi automatically gathers a wide range of data points, including alarm history, macro variables, signal history, servo and spindle motor currents, temperatures, battery and fan status, feed rate overrides, and more. Designed for ultimate connectivity, it integrates effortlessly with FANUC CNCs, robots, PLCs, and even legacy FANUC CNCs via an OPC UA server protocol, making it the perfect solution for factories of all sizes.
MT-LINKi comes equipped with a variety of standard screens to display machine operating status, performace status, and productional data. When combined with FANUC's SERVO VIEWER, it offers high speed sampling of servo data, ensuring precise performance tracking and machine operation insights. On top, AI Servo Monitor detects abnormalities and predicts failures through Machine Learning.
MT-LINKi goes beyond just CNCs – it connects seamlessly with FANUC robots, PLCs, and machine tools supporting OPC UA and MTConnect protocols.
The MT-LINKi Integration Server enables consolidation of data across multiple locations, providing a centralized, enterprise-wide monitoring solution. With MongoDB powering the database management, the system leverages a robust, open-source, NoSQL database using JSON-like documents to store and transmit data to an upper host system or custom web interface.
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FANUC FIELD System Basic Package provides manufacturers with a comprehensive, on-premises platform that connects machines and devices across the shop floor. It allows seamless data collection, real-time monitoring, and advanced analysis, helping to improve machine uptime and operational efficiency without relying on an external internet connection.
The FIELD System Basic Package gathers and manages data from various sources such as FANUC CNCs, robots, PLCs, and third-party devices. It integrates alarm history, macro variables, servo data, spindle data, and more, ensuring that all critical production data is efficiently tracked and monitored.
Unlike cloud-based IoT platforms, the FIELD System is an on-premises solution that ensures data security by storing and processing all data within the factory. This design makes it ideal for industries with stringent security protocols and limited internet connectivity. Same level of high reliability and lifetime maintenance as FANUC CNC
The FIELD System offers seamless integration not just with FANUC devices but also supports third-party devices through standardized protocols like OPC UA and MT Connect. This makes it adaptable to various factory setups, whether legacy or modern.
It provides operators and managers with a real-time dashboard to visualize machine performance and trends. With analytical tools, users can improve uptime, efficiency, and maintenance. FSBP includes pre-installed visualization tools like Factory Visualizer, which offers insights into equipment status, uptime, and production processes, and Common Data Viewer, which enables customized report creation for flexible data analysis.
It provides an interface that enables the integration of collected data with third-party systems such as (ERP, MES etc) through REST APIs and OPC UA
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FANUC’s AI Servo Monitor harnesses the power of machine learning to detect abnormalities in servo and spindle motors, predicting potential failures and enabling proactive maintenance without the need for additional sensors.
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Machine tools, which require high machining accuracy, are deformed by thermal expansion of metal even with slight temperature changes.
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Designed to boost machine performance and reduce cycle times, this software tool offers an optional Servo Guide feature.
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(iHMI) provides a simple, efficient, and intuitive way to interact with FANUC CNCs, including 30i/31i/32i-B Plus and 0iF Plus.
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FANUC LADDER-III is the standard programming system for creating, displaying, editing, printing, monitoring, and debugging ladder sequence programs for CNC PMC ladders.
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Software tool designed for configuring, tuning and troubleshooting FANUC Servo Systems
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The Macro Executor function can convert a custom macro program created by the machine tool builder to an executable macro program, load the executable macro program (P-CODE macro) into F-ROM (CNC Flash Memory), and execute it.
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Software tool used for transferring and downloading programs between CNC & external devices such as computers.
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With a strong focus on technical and value addition, FANUC’s Application Support team works closely with machine tool builders, retrofitters and end user customers by applying design thinking principles and providing people-centric value engineering solutions across the Indian sub-continent.
With rising demand for higher productivity, superior precision, and accuracy, as well as low-cost manufacturing solutions in the Indian machine tool industry, end users are more focused on developments and innovations. In this scenario, adaptation of the latest control technologies is essential for end users. Keeping this in mind, FANUC works closely with end users to understand their requirements and provide customized solutions.