Find the development history, function, system model, advantages and disadvantages of Mitsubishi CNC

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You contact the training center of Jinan CNC Mold Science and Technology Research Institute, they do relevant training and technical consultation, and should be able to upload some part of the information and courseware to you.

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The sustained and stable growth of China's economy provides a broad space for the development of Mitsubishi's CNC machine tool industry. At the same time, in the context of China's active promotion of the strategy of revitalizing the equipment manufacturing industry, it has greatly promoted the development of CNC machine tool manufacturers, which are also known as the "working machines" of the equipment manufacturing industry.

Since around 2000, China's CNC machine tool industry is experiencing the best development period in history, and has continuously maintained a growth rate of more than 30%. In terms of the variety of CNC machine tools, the proportion of popular CNC machine tools has increased from 10% to nearly 40%. This structural change shows that the overall quality of China's CNC machine tool industry has been greatly improved and enhanced.

As far as the development trend of the CNC machine tool market in the future is concerned, the demand will continue to grow at an average annual rate of 20% to 30%. At the same time, aerospace, shipbuilding industry, automobile industry, mold processing and electronic products and other parts manufacturing industries will put forward higher quality, high precision, high speed, high stability and high operability requirements for CNC machine tools, and promote the demand for high-end CNC machine tools The proportion of demand continues to rise. On the other hand, the pursuit of on-site production efficiency, such as large-scale production and continuous updating and switching of processed product varieties, will promote the transformation of Mitsubishi CNC machine tools and Mitsubishi CNC systems from traditional processing machinery to complex information-based processing machinery with functions such as data transmission and network communication.

Mitsubishi CNC system is trapped by two major parts: CNC hardware and CNC software. The hardware of the numerical control system is composed of numerical control device, input and output device, driving device and machine, and the logic of the machine, the machine, the machine

Features::

It inherits the high performance of J2SUPER.

High responsiveness. High-precision positioning.

High-level auto-tuning makes it easy to set the gain slag.

Adaptive vibration control is adopted to reduce vibration.

Combined with a PC, software is used for optimal tuning.

There are two types of applications: pulse train input (position and speed control) and analog input (speed and force control such as absolute moment control).

2.Simplify operations.

It's easy to use. The receptacle is arranged on the front panel for easy connection.

The socket method is used for easy wiring.

The setup method is interchangeable with J2Super.

International Hongbo Standards.

Internationally compliant. Preparing to obtain certification for EN standard and UL standard.

These four parts are connected to each other through the I-O interface. The CNC device is the core part of the CNC system, which is marketed or used to achieve our work needs. Mitsubishi CNC system consists of three parts: control system, servo system and position measurement system.

The control system is mainly composed of bus, CPU, power supply, memory, operation panel and display screen, position control unit, programmable controller (PLC) logic control unit and data input and output interface.

Features::

1.Inherits the high performance of J2SUPER -High responsiveness -High-precision positioning -High-level auto-tuning for easy gain setting -Adaptive vibration control to reduce vibration -Optimal tuning by software in combination with PC -Pulse train input (position and speed control) and analog input (speed and torque control) 2Simplified Operation - Easy to operate - Receptacles are configured on the front panel for easy connection.

Easy wiring with socket method - The setting method is interchangeable with J2SUPER 3International standards Comply with international standards Prepare to obtain EN standard and UL standard certification.

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The high-performance CNC system with 64-bit CPU adopts the integrated design of controller and display to achieve ultra-miniaturization; The servo system uses a thin servo motor and a high-resolution encoder (131,072 pulse revolutions), which corresponds to the incremental absolute finger type; Control software for parameter-selectable lathes or milling machines to simplify maintenance and inventory; All software functions are standard configuration for Biaosen Wu quasi-configuration; It has a 1-point analog output interface as standard to control the spindle of the variable core or frequency; Mitsubishi Electric's MELsec development software, GX-Developer, can be used to simplify the development of PLC ladders. The new 2-axis integrated servo drive MDS-R series can be used to reduce the installation space; Develop servo automatic adjustment software to save debugging time and manpower for technical support.

1 Main features and uses.

The CNC milling machine is a high-quality, high-precision, high-performance high-end technology-intensive product carefully designed and manufactured by the company for you. The design of this machine is new, and the overall knot of the shape makes the structure beautiful and generous. The precision of the machine tool is stable, the performance is reliable, and the operation is convenient and flexible.

Uses: The machine has good rigidity, convenient and flexible operation. It can carry out end milling, drilling, expanding, boring, simple noise and tapping and other processing processes. It is widely used, especially suitable for processing various complex shapes.

2. Three-dimensional concave and convex models and complex cavities and surfaces. It is more suitable for batch processing of parts in the production workshop of enterprises.

Basic parameters and main technical performance indicators:

Table area size (mm) 800 1700 table left and right stroke (x) (mm) 1500

Table forward and backward stroke (y) (mm) 800

Headstock up and down travel (z) (mm) 700

The distance from the center of the spindle to the column guide rail (mm) is 800

The distance from the end face of the spindle to the table (mm) 170-870 Table T-groove 5-22

Spindle taper BT 50

Spindle speed 8000

XY axis ball screw specification 6310

Z-axis ball screw specification 5010

Spindle motor (kw).

XYZ axis motor (kW).

The rapid traverse speed is mm min 16000

Cutting feed speed mm min 1-16000

Tool magazine (machining center optional) 20 24 30

Positioning accuracy

Repeatability accuracy

The width of the T-slot is 18mm

Number of T-slots 5

Pneumatic 6: Machine tool dimensions (length, width and height) (mm) 4300 3200 3300

Power required(kw) 28

Table load (kg) 1600

Net weight (t).