Tag: Mitsubishi Electric India Pvt. Ltd.

Mitsubishi Electric CNC Launches New Solutions for a Self-Reliant India.

New Delhi, 1st September ’20 – Mitsubishi Electric Computerized Numerical Controllers (CNCs) aims to be the best partner for customers targeting global and future-oriented development. With the advanced professional packages for varied market segments, Mitsubishi Electric CNC team is ready to serve the M80 Series with new cutting-edge solutions. The distinctive performance of the world’s fastest CNC series features like Super Smooth Surface (SSS) control-4th Generation. The new M80 Series CNC from Mitsubishi Electric ensures you achieve faster, smoother operation and better finish. Thus, enabling higher productivity and profitability for your operation.

In 2013, Mitsubishi Electric India started its CNC manufacturing facility to maintain responsive and quicker product deliveries through robust production in India. Going forward, in 2016 to strengthen the service, sales and manufacturing, CNC technical centre was established at Peenya, Bengaluru. To support the Indian machine tool market, Mitsubishi Electric India has encouraged innovation and enhanced skill development activities to support the ‘Make in India initiative’. Mitsubishi Electric CNCs are the future of Indian manufacturing which uses precisely programmed commands aimed at accuracy and productivity. This CNC technical centre at Bengaluru is enabling the expansion of manufacturing capacity and reduced delivery time.

The new solutions introduced in the M80 series includes:

(a) Mass Production for Electronic Segment

High-Speed Professional Package (M80 HS-Pro): India is the second-largest mobile phone manufacturer in the world. Thus, it targets the mass production-electronic segment. Its specifications are OMR-DD2 (Optimum Machine Response-Direct Drive) High-Speed High Accuracy Tapping function, Interactive Cycle Insertion, Low Inertia, Through Coolant, High-Speed Spindle Motors, Overlap function for cycle time reduction, etc.

Key feature benefits include Preventive maintenance function, Smart Servo Tuning, Smart Rigid Tapping & Troubleshooting, Smart Thermal Compensation function and Multi-Tool Management function. It helps the ineffective management of the machine.

b) Part Production for Medical Segment

Medical Professional Package (M80 Med-Pro): With the increasing need for precision machining services in the medical industry due to an increase in the ageing population. Thus, it targets medical instrument manufacturers. Its specifications are Super Smooth surface-4th Generation, Higher Block processing of up to 67.5KB/Min, Easy tolerance control function, Easy Machine cut condition selection, Tolerance control function, Spline Interpolation, etc.

Key feature benefits include Smart Cycles for probe interface and Tool Management Functions.It helps in enhancing the precision and quality.

(c) Die Mold (High Precision Manufacturing)for General Mold Segment

Die Mold Professional Package (M80 Die-Pro): With the growth of the Die & Mold market has marked stupendous growth in recent years. Thus, it targets General Die mold manufacturers. M80 Die-Pro package will make remarkable benefits to all the users. To avoid data corruption, Mitsubishi Electric CNC has also introduced SD card under Single Level Cell (SLC)technology. This package specification includes Super Smooth surface-4th Generation, Higher Block processing of up to 135KB/Min, Easy Machine cut condition selection, Tolerance control function, Spline Interpolation, etc.

Key feature benefits include smart Thermal compensation, Easy Machine condition selection, Real-time Tuning-Gain & Time constants and Spindle adoptive control. It helps to make effective control at all levels.

(d) Multi-Axis Mass Production for High-end Turn Segment

Multi-Axis Professional Package (M80 Multi-Pro): Multi-axis CNC systems can deliver close tolerance components and offer greater flexibility and cutting-edge machining technology. Thereby, it provides the best solution through single setup machining with a significant reduction in overall machining time. Also, combining increased part accuracy and optimized production of complex parts. Its specification includes Multiple Spindle Synchronization control, Direct robot Control function, Interactive cycle insertion function, Multi Axis-Multi Path System machining, Thread Re-cutting function, etc.

Key featurebenefitsincludeGantry Path Screen, Smart Gantry axis teaching screens and Chuck & Tailstock barrier defining screens. It helps to monitor the machine efficiently.

Addressing the revised solutions for various market segments, Mr. Masaya Takeda, General Manager, CNC Systems, Mitsubishi Electric India Pvt. Ltd. stated,“Mitsubishi Electric CNC is joining the journey with the ambitious customers in all the business segments, and be part takers in fulfilling their dreams. Thus, we have successfully reinvented the advance solutions for M80 Series product. Our Computerized Numerical Controllers (CNCs) are ready to support the future of the Indian Machine tool market. Mitsubishi Electric CNC is helping the Indian manufacturing industry with the solutions that cover targeted segments for India’s growth, this step is an initiative to support the Government’s ‘Make in India’ movement among manufacturers all over the country ensuring that AtmaNirbhar Bharat is High Quality as well.”

For Detailed Information Visit : https://mitsubishielectric.in/fa/fa-cnc-packages.htm

Mitsubishi Electric India Launches MELFA ASSISTA Series of Collaborative Robots I

New Delhi, 12th August’20 – Mitsubishi Electric has launched a series of collaborative robots called MELFA ASSISTA in India. MELFA ASSISTA can work together with humans, keeping safety features such as collision detection a priority and complying strictly with the international safety and robotic standards ISO 10218-1 and ISO/TS15066. After a successful global launch, collaborative robots are ready to serve the Indian market and take a lead in Indian manufacturing. Mitsubishi Electric Factory Automation &Industrial Division, located in Pune, is excited to serve its customers with the advancements in productivity, faster automation, along with flexibility and safety.

RT VisualBox, an intuitive engineering software will also be introduced in a new series for quick and easy system development. MELFA ASSISTA and RT VisualBox can be used by the customers to realize more efficient production, reduce the Total Cost of Ownership (TCO) of Robotic Manufacturing Systems, and meet new needs for the adequate distancing of workers at manufacturing sites. We are all set to present the advanced form of interactivity and collaboration at manufacturing sites, which will lead to driving the long-term market growth.

Key Features

1) Simplified application development using intuitive flow-chart programming

– The RT VisualBox programming tool developed by Mitsubishi Electric enables operating sequences to be created intuitively by linking block diagrams in a chain of events, including connection with other devices such as robot hands and cameras. Fast program-development and design time help to reduce system TCO.

2) Comes with fast Robot setup time via the dedicated control panel

– Robot movements can be taught and recorded quickly via a dedicated control panel on the robot arm, doing away with separate teaching boxes* required for conventional industrial robots.

– The control panel features a simple design with a minimum number of buttons for simplicity, enabling even inexperienced users without expert knowledge of robots to set up the system with ease.

* Input and control devices for creating, recording and deploying movement programs

3) Easy monitoring of robot status via LED light

– A bright LED light that uses different colours to indicate the status of the robot is located conveniently on the robot arm for easy viewing, helping to lower TCO by eliminating the need for conventional monitoring devices.

Additional Features,

Certified peripheral devices such as electric grippers, cameras etc. can be connected easily using RT VirtualBox. The lineup of certified companies and connectable devices will be expanded to enhance the applicability of the MELFA ASSISTA series.

Addressing the Launch, Mr. Hisahiro Nishimoto, Business Unit Head-Factory Automation & Industrial Division, Mitsubishi Electric India Pvt. Ltd. said,” We are proud to announce the launch of Collaborative Robots in India. Our Factory Automation & Industrial Division is ready to support the customers with advanced automation needs. We are looking at faster automation, higher productivity, flexibility, safety and reduced Total Cost of Ownership. We are excited to see the efficiency it will bring to the factory floors and will ease the operation with common space sharing and work alongside employees to increase productivity.”

Compliance with International Standards & Contribution to Environment

MELFA ASSISTA complies with international standards such as the ISO 10218-1 general safety requirement for industrial robots and the ISO/TS 15066 technical specification for collaborative robots. Compliance with the functional safety standards of another leading international certification body is also planned for further reliability. Also, MELFA ASSISTA series robots can optionally use NSF H1 food-grade lubricant approved by the U.S. National Sanitation Foundation for the production of food & beverage products. The products announced in this release will contribute to the environment by helping to reduce energy consumption through optimized manufacturing.

Background

Industrial robots are being adopted for the manufacture of electronic, automotive, pharmaceutical, food & beverage, sanitary, etc. products. In addition, robots that enable human-robot collaboration are also expected to attract growing attention in helping to meet new requirements for the adequate distancing of workers in manufacturing sites. In response, Mitsubishi Electric is now releasing its MELFA ASSISTA series of collaborative robots and accompanying RT VisualBox engineering software, which together will enablecomp_1anies to install and set up robotic systems fast, intuitively and relatively inexpensively, and respond flexibly to rapidly changing business environments and social needs.