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Motion Controller Product List and Ranking from 26 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:May 20, 2026～Jun 16, 2026
This ranking is based on the number of page views on our site.

Motion Controller Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:May 20, 2026～Jun 16, 2026
This ranking is based on the number of page views on our site.

  1. テクノ Saitama//Industrial Electrical Equipment
  2. 新光電子 Tokyo//Electronic Components and Semiconductors
  3. コスモテックス Kanagawa//Electronic Components and Semiconductors
  4. 4 PI Japan Kanagawa//Electronic Components and Semiconductors
  5. 5 プライムモーション Nagano//Industrial Electrical Equipment
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Motion Controller Product ranking

Last Updated： Aggregation Period:May 20, 2026～Jun 16, 2026
This ranking is based on the number of page views on our site.

  1. Fine Motion テクノ
  2. Product Introduction: PLC Motion Controller テクノ
  3. Product Introduction: One-Board Motion Controller テクノ
  4. 4 Integration with LabVIEW テクノ
  5. 5 Motion control system for ACS motor stage PI Japan

Motion Controller Product List

91～120 item / All 171 items

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Product Introduction: PC-Based Fine Motion

Product Introduction: PC-Based Fine Motion

High-performance motion controller that leverages overwhelming CPU power.

A general-purpose PC becomes a high-performance motion controller. With INtime, which is a Real-Time Operating System (RTOS), reliability and stability are ensured. Under the high-performance CPU of the PC, in addition to motion control and soft PLC, it is also possible to build proprietary control software, making it ideal for more advanced applications. Furthermore, it can simultaneously control a variety of machines such as precision machining, semiconductor manufacturing, high-speed assembly, robotics, molding, servo presses, and laser processing.

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初めてのモーションコントローラ

初めてのモーションコントローラ

モーションコントローラが必要とされる理由やモーション制御についても解説します！

「モーションコントローラ」を直訳すると、「動きを制御するもの」 となります。具体的には、サーボ駆動による様々な産業装置を制御する コントローラのことです。位置決めコントローラとの違いはモーション 制御ができるかの違いです。 装置メーカ様は通常、お持ちのノウハウと知恵を活かしてより高い生産性を 追求し、それを備えた「売れるマシン」を作るため、日々時間を費やされて いると思います。 しかし、CPUやソフト技術は、時代の流れとともに著しく進歩していくもの。 装置メーカ様がすべてのソフトを自社開発されるのは、かなりの負担と なることでしょう。 ※記事の詳細内容は、関連リンクより閲覧いただけます。 　詳しくは、お気軽にお問い合わせください。

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Motion Controller "PLMC"

Motion Controller "PLMC"

It is a product that connects the world of PLCs and the world of motion controllers!

The "PLMC" is a motion controller designed for PLC users, allowing easy access to motion functions from PLCs. It can easily control not only simple positioning but also assembly, processing, robotics, and complex machines. Additionally, since this product is an independent motion controller, it allows for the use of motion functions freely from the ladder or without relying on the ladder. 【Features】 ■ Supports multi-axis and multi-series ■ Precise control is possible with rich motion functions even without a ladder program ■ Compatible with general-purpose ladders, making expansion with I/O, networks, etc., easy ■ Collaboration between PC/PLC and PLMC ■ Wide range of options and adaptability for horizontal deployment of technology *For more details, please refer to the related links or feel free to contact us.

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Motion controller demo unit rental

Motion controller demo unit rental

All necessary motors, input/output, and operating programs are included!

We offer free rental of a system for practicing and demonstrating motion controllers. With the demo unit, you can easily experience a full range of motion control functions simply by operating the PC according to the provided text. In about half a day of use, you can understand fine motion multi-axis control, making it a system considerate of beginners. 【Features】 ■ Easy to use ■ Complete text materials ■ Complete data ■ A system designed with beginners in mind, allowing for safe operation ■ All operations can be performed on a desktop PC, providing comfort without needing to choose a specific location for the experience *For more details, please refer to the related links or feel free to contact us.

  • Rental/lease
  • Motion Controller

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[Case Study] Precision Automatic Grinding Machine Capable of Reflecting Processing Know-How

[Case Study] Precision Automatic Grinding Machine Capable of Reflecting Processing Know-How

We will introduce a case where machines can be operated directly from a dedicated software that is directly connected to our in-house polishing database!

We would like to introduce a case where our one-board motion controller "SLM4000" was implemented, allowing for effective utilization of our company's know-how. The customer was controlling with a general-purpose NC, but found it difficult to express their uniqueness and was dissatisfied. There was a need to consolidate their precision grinding processing know-how into proprietary software (created with Visual Basic) and connect it directly to the NC, but they had given up due to limitations in the existing NC's capabilities. With the introduction of our product, they were able to operate and control with their own software, achieve basic performance equivalent to general-purpose NC, and realize unique functions that differentiate them from competitors. [Challenges] ■ Direct connection to the company's grinding database ■ Ability to operate and control with proprietary software ■ Achieving basic performance and accuracy equivalent to general-purpose NC ■ Utilizing unique functions to differentiate from competitors *For more details, please refer to the related links or feel free to contact us.

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[Case Study] Controlling the entire process with just one motion controller.

[Case Study] Controlling the entire process with just one motion controller.

We will introduce examples of how the Techno Code has made it easy to describe driving programs!

We would like to introduce a case study of a winding machine using the PLC motion controller "PLMC-M3EX." One of the qualities required for a winding machine is the ability to perform accurate winding. Our motion controller, which is derived from NC technology, can control the composite speed of each axis without deviation, even when there are continuous minute linear interpolations. With this product, we can control each process and achieve winding with fine pitch. The use of Techno Code allows for easy programming of operation, and it has become easier to integrate with Yokogawa Electric's ladder logic, providing several advantages. 【Advantages】 ■ Achieves winding with fine pitch ■ Easy programming of operation using Techno Code ■ Easy integration with Yokogawa Electric's ladder logic ■ Controls all processes with a single unit *For more details, please refer to the related links or feel free to contact us.

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[Case Study] Achieving Dedicated Work with a Desktop Mounting Machine

[Case Study] Achieving Dedicated Work with a Desktop Mounting Machine

Introducing examples of how miniaturization and integration have been made possible with a one-board motion controller!

With the introduction of the one-board motion controller "SLM4000," we would like to present a case where dedicated tasks were achieved using a tabletop mounting machine. By automating tasks that require a person to sit and work, it is necessary to achieve labor savings, cost reduction, increased productivity, and improved quality. This required dedicated functions and robot control to enable machines like tabletop robots to perform specialized tasks. The introduction of this product allowed for easy and standardized control of axes, I/O, and displays (man-machine interface) all at once. We were able to gain advantages such as achieving motion accuracy equivalent to general-purpose NC. 【Challenges (partial)】 ■ We want to apply a specified amount of material at a specified position and timing for sealing and bonding. ■ We want to control the torque at a specified position for screw tightening. ■ The tasks are intricate, so we want to enable them to be performed on a tabletop. ■ By using a tabletop machine, we want to achieve reductions in electrical components and eliminate the need for control panel space. *For more details, please refer to the related links or feel free to contact us.

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[Case Study] Injection molding machines can also be controlled with a simple driving program.

[Case Study] Injection molding machines can also be controlled with a simple driving program.

An example of being able to accurately control torque, position, and speed with fine commands every 125 μsec.

We would like to introduce a case where an injection molding machine can be controlled with a simple operating program. In the customer's old equipment, control was done using a PLC (ladder), but it was very difficult to change the ladder every time a setting change was needed due to the vast amount of ladder logic. Therefore, we proposed Fine Motion, which can accurately control torque, position, and speed, allowing for flexible and easy changes to the set values. Compared to PLC (ladder), it can now be controlled with fewer operating programs. 【Case Overview】 ■Challenges - The ability to accurately control torque, position, and speed - A simple operating program ■Solution - Techno's Fine Motion can issue commands every 125μsec at the fastest, allowing for precise and continuous control - The operating program of Fine Motion includes a macro variable function *For more details, please refer to the related links or feel free to contact us.

  • Injection Molding Machine
  • Motion Controller

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PC expansion bus connected 4-axis motion control board

PC expansion bus connected 4-axis motion control board

4-axis control board equipped with pulse control LSI. NPMC6045A-4104B PPCI7443

The controller motion control board is a variety of add-in boards equipped with the Pulse Control LSI: PCL series from Japan Pulse Motor Co., Ltd. It supports a wide range of applications with its in-house developed ASIC. Additionally, by using it in conjunction with related high-speed serial communication wiring reduction boards, high-function multi-axis and input/output control in FA systems can be achieved. The "NPMC6045A-4104B" is ideal for compact, low-cost, small-scale embedded systems, while the "PPCI7443" offers ultra-fast 6.5Mpps, arbitrary 2-axis circular interpolation, continuous interpolation operation, and easy application development with the included utility. For more details, please contact us or refer to the catalog.

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  • Embedded Board Computers
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AE-LINK Motion Controller PI Series

AE-LINK Motion Controller PI Series

By using a PLC direct access controller, you can build an inexpensive, simple, and highly reliable motion network under the PLC.

The "PLC Direct Access AE-LINK Motion Controller PI Series" does not require a positioning unit for the PLC to use the NC positioning function of the AE-LINK compatible driver software. Additionally, by using the motion program on the PI side, there is no need to directly write motion-related descriptions in the ladder program, which reduces concerns about the ladder program. The motion program built into the PI is executed while accessing the PLC's data registers. Motor control is performed through operations on the PLC's data registers. For more details, please download the catalog or contact us.

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PC MECHATROLINK Master

PC MECHATROLINK Master

MECHATROLINK solution for INtime/INplc

【High-Precision Real-Time Power】 Due to its characteristics, a PC can easily and affordably utilize the latest CPUs. However, high-precision and high-speed MECHATROLINK communication cannot be achieved by CPU performance alone. The real-time OS 'INtime' enables deterministic task scheduling. 【Function Integration】 In addition to motion control using MECHATROLINK, a single PC can handle a variety of software functions such as main control processing, sequence control, process control, and HMI. This achieves cost reduction and improved maintainability. 【Free PC Selection】 INtime and INplc can operate on any PC that runs Windows. This means that almost any PC is available for use, allowing for free selection of a PC based on price, size, expandability, and other factors to match the target system being developed. 【MECHATROLINK Association】 https://products.mechatrolink.org/product/detail/id=27

  • Embedded OS
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Multifunctional Motion Controller 'PXRP-3216CN'

Multifunctional Motion Controller 'PXRP-3216CN'

Equipped with a motion engine that enables high-speed control. It also features a variety of functions such as axis linkage and interpolation control.

The PXRP-3216CN is a motion controller that enables high-speed motor control independent of PC and OS, thanks to its high-performance motion engine. It supports up to 36 axes of control and can handle speed commands of up to 400 Mpps, featuring a variety of functions such as axis linkage, interpolation control, and gantry control. Sample source code for operation verification, which can be directly repurposed for programming, is also available, contributing to a reduction in software development labor. This helps to lower indirect operational costs as well. 【Features】 ■ Supports control of 36 axes (RTEX 32 axes + pulse train control for 4 axes) ■ Devices that cannot connect to the network can be controlled via pulse trains or I/O ■ I/O input signals can accommodate both sink and source types ■ Various parameters can be set from the controller side *We also hold "private exhibitions." Demonstrations can be conducted in your company's conference room or similar settings. Please let us know if you are interested.

  • Embedded Board Computers
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Tabletop device - Supports over 30 axes, multifunction motion controller.

Tabletop device - Supports over 30 axes, multifunction motion controller.

From simple positioning to complex machine control such as synchronized control and gantry systems, we support various controllers!

■EtherCAT-Compatible Multifunction Motion Controller This EtherCAT-compatible motion controller enhances motion functions and software processing through the uniquely developed "PGS (Pulse Generation Software)" by Cosmotex, merging the high speed of hardware with the flexibility of software. ■RTEX-Compatible Multifunction Motion Controller This RTEX-compatible motion controller enhances motion functions and software processing through PGS, merging the high speed of hardware with the flexibility of software. ■USB2.0-Compatible Motor Controller A compact and high-performance motor controller that supports everything from linear and S-curve control to interpolation control. It uses USB2.0, allowing operation on desktop and laptop PCs. ■PCI-Express-Compatible High-Performance Motor Controller Equipped with a CPU IP core that has useful computational functions for motor control, this controller enables motor control while reducing the burden on the computer. ■Expandable Controller A product that allows the combination of CPU modules and expansion modules according to the environment. *For more details, please download the PDF or contact us.

  • Servo
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PXRP equipped with "PGS" that fuses the high speed of hardware and the flexibility of software.

PXRP equipped with "PGS" that fuses the high speed of hardware and the flexibility of software.

Used as motion controllers for a wide range of multi-joint and arm robots, including semiconductor manufacturing and inspection equipment, pharmaceutical-related equipment, and work transport and transfer devices.

Our proprietary pulse generation software "PGS," which is a core technology, combines motion control and arm robot control software to create a universal motion controller that can be used with various arm robots. The interface is compatible with RTEX and supports the ServoNet network. The arm robot control software is designed and customized to fit the specifications of the robot, allowing it to accommodate various specifications. 【Features】 ■ Supports multi-joint and arm robots with a maximum configuration of 6 axes ■ Supports up to 36 axes for motor control, including robot control ■ Development and customization of control software tailored to arm robot specifications ■ Provides necessary functions for robot control such as 3D interpolation, cam curves, inter-axis linkage, and synchronization ■ Two product lineups compatible with the ServoNet network "RTEX" *Our website has been renewed! Please take a look. *For more details, please download the PDF or contact us.

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Cosmotex manufactured RealtimeExpress communication compatible series

Cosmotex manufactured RealtimeExpress communication compatible series

RealtimeExpress compatible board equipped with Cosmotex's proprietary development "PGS" and RTEX compatible IO board, among others.

A motion controller equipped with the pulse generation software "PGS" developed independently by Cosmotex, the multifunctional motion control board 'PXRP-3216CN' compatible with RealtimeExpress (RTEX), the multifunctional motion control unit 'CSRC-32CN-RP' compatible with RealtimeExpress (RTEX), a 4-axis integrated 5-phase stepping driver 'CTDR-0514NS-4LS' controllable from RTEX-compatible boards, IO input boards 'CTI-16NSW' and 'CTI-32NS', IO output boards 'CTO-16NSW' and 'CTO-32NS', AD conversion board 'CTAD-08NSB', AD/DA conversion board 'CTADA-44NS', and high-speed digital timing IO board 'CTTO-04NS' are available. If you have any questions, please feel free to contact us.

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Cosmotex USB-compatible "USPG-R Series"

Cosmotex USB-compatible "USPG-R Series"

Operation is possible on desktop PCs and laptops. Control of complex mechanical systems such as online light landing and gantry control is also easy.

Equipped with the Cosmotex product 'PMC842SR'. It has a lineup of 2-axis to 4-axis configurations, and the motor control functions are equivalent to those of a PCI board. You can select the optimal control mode according to your usage purpose, equipment specifications, and software development environment. ■API Mode This mode has pre-built API structures for operational parameters and functions. It includes standard features such as speed and movement amount settings, gantry control, arch motion, and vibration control, making it easy to use. Additionally, sample applications with source code that can be operated in real conditions are provided. ■Buffer Mode The USPG-R series frequently exchanges data with applications. In this mode, based on the API mode, you can send a certain amount of motion data created on a PC to the board in advance, enabling continuous operation. Furthermore, in this mode, operation is possible even if the USB cable is not connected during operation.

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Drive function with freely adjustable acceleration and deceleration settings.

Drive function with freely adjustable acceleration and deceleration settings.

The motor controller feature delivered by Cosmotex: "Drive function with freely adjustable acceleration and deceleration settings."

Cosmotex's uniquely developed 'PGS (Pulse Generation Software)' equipped series and LSI 'PMC-R series' boards enable 'flexible acceleration and deceleration settings.' Individual settings for starting and stopping speeds, acceleration time, deceleration time during operation, target speed, and movement amount override are possible, allowing for flexible acceleration and deceleration settings in 1 msec increments between 1pps and 400Mpps. Maximum Speed: 400Mpps / Acceleration and deceleration settings possible in 1pps increments Individual settings for starting and stopping speeds are possible Linear/S-curve acceleration and deceleration are possible Override: Acceleration time, deceleration time, target speed, and movement amount during operation *For more details, please download the PDF or feel free to contact us.

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Limit stop function that automatically stops the motor without user intervention.

Limit stop function that automatically stops the motor without user intervention.

Limit stop function available in hardware and software provided by Cosmotex's motor controller.

This is the "Limit Stop Function" available in the series equipped with Cosmotex's proprietary development 'PGS (Pulse Generation Software)'. ■ Soft Limit Stop Function (No sensor required) Limit settings can be configured at the command position. ■ Hard Limit Stop Function (Sensor required) The deceleration upon entering the hard limit can be set separately. *For more details, please download the PDF or feel free to contact us.

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Axis linkage function that adds and subtracts multi-axis command positions to control a certain axis.

Axis linkage function that adds and subtracts multi-axis command positions to control a certain axis.

The motor controller feature "Axis Coupling Function" delivered by Cosmotex.

This is the "Axis Coupling Function" available in the series equipped with the unique development 'PGS (Pulse Generation Software)' by Cosmotex. By linking the work table (such as the XYZ axis) with the encoder information of the conveyor, complex movements can be performed without stopping the conveyor or other motion axes. This also contributes to reducing the overall takt time of the equipment. *For more details, please download the PDF or feel free to contact us.

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Trigger input function available for starting the drive on the specified axis and for synchronization start.

Trigger input function available for starting the drive on the specified axis and for synchronization start.

The motion control feature "Trigger Input Function" brought to you by Cosmotex.

This is the "Trigger Input Function" available in the series equipped with Cosmotex's proprietary development 'PGS (Pulse Generation Software)'. By setting the input signal as a trigger, it is possible to start the drive on a specified axis or generate an interrupt signal. Since these are configured within the PGS, they are not affected by external environmental factors. Up to 10 channels of trigger signals can be configured. *For more details, please download the PDF or feel free to contact us.

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Pitch error correction function that adds pitch error values during drive for positioning.

Pitch error correction function that adds pitch error values during drive for positioning.

"Pitch Error Correction" motor controller function delivered by Cosmotex.

This is the "Pitch Correction Function" available in the series equipped with Cosmotex's proprietary development "PGS (Pulse Generation Software)." It is a function that corrects pitch errors at regular intervals in transmission mechanisms such as screws by measuring the correction amount in advance and adding it to the command position during control axis drive for positioning. *For more details, please download the PDF or feel free to contact us.

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Universal 8-axis motion control board

Universal 8-axis motion control board

Universal 8-axis motion control board

● Control axes ... 8 axes (independent/simultaneous control) ● Drive speed 1PPS to 4MPPS ● Automatic origin return function ● Trapezoidal drive, asymmetric trapezoidal drive, parabolic S-curve acceleration/deceleration ● All axes support encoder A phase/B phase/Z phase input ■ For Windows 98/NT/2000/XP ・Includes device driver and sample programs (VB, VC++)

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Windows OS equipped! All-in-one motion controller.

Windows OS equipped! All-in-one motion controller.

Touch panel interface display, easy operation, usable in harsh environments - integrated Windows specification, capable of multi-axis motion control.

Typhoon10 is an all-in-one controller that combines robustness to withstand harsh on-site environments with the functions necessary for the automation of FA equipment. It is equipped with a high-performance CPU and Windows 10 IoT Enterprise, allowing for the utilization of development assets such as Visual Studio. It features PLC functionality, a proprietary motion engine from Sanmei, an HMI-compatible touch panel, and IoT device capabilities, enabling complete control of sequences, I/O, and motor axes in a single unit. With high-speed communication via MECHATROLINK-3, it is also compatible with the Σ-X series. Multi-axis specifications and various interfaces can be flexibly expanded.

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  • Touch Panel
  • LCD display
  • Motion Controller

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PCI bus compatible 8-axis motion control board MC8581P

PCI bus compatible 8-axis motion control board MC8581P

Equipped with two MCX514 units. A motion control board with enhanced interpolation functions, capable of CW/CCW arcs, maximum 8-axis linear interpolation, and helical interpolation.

The MC8581P is a PCI bus-compatible circuit board equipped with two 4-axis motor control ICs with interpolation function, "MCX514." It can independently control the positioning or speed of 8-axis servo motors or stepping motors on a single board.

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PCIe x1 low-profile compatible MC8543PeL

PCIe x1 low-profile compatible MC8543PeL

This is a 4-axis motion control board with interpolation function that is compatible with low-profile desktop computers.

The MC8543PeL is a Low Profile compatible motion control board that can be mounted in slim-type desktop computers. It is equipped with the high-performance 4-axis motor control IC MCX514, allowing independent positioning control or speed control of 4-axis servo motors or stepping motors with a single board. Similar to the MC8541P and MC8541Pe, it features interpolation functions, including 2-axis/3-axis linear interpolation, arc interpolation, bit pattern interpolation, as well as 4-axis linear interpolation, 4-axis bit pattern interpolation, and helical interpolation.

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モーションコントローラ

モーションコントローラ

世界標準ＧＡＬＩＬモーションコントローラ

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  • controller
  • Other FA equipment
  • Motion Controller

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Ultra-high-speed motion controller (ultra-precision compatible)

Ultra-high-speed motion controller (ultra-precision compatible)

Servo controller. Significantly improves the resolution of various parameters with high-speed sampling time. Simultaneous arc interpolation in two planes is possible.

●Basic Performance● 1 to 8 axes, sampling time 24μsec/Axis, encoder speed 22MHz, stepper speed 6MHz, maximum movement pulses 2 billion, D/A 16-bit, high-speed position latch 0.1μsec ●Operating Modes● Independent operation for each axis, linear and circular interpolation (simultaneous 2 planes possible), contour mode, electronic gear, electrical cam, tangent, helical, teaching ●Input/Output● User I/O (1 to 4 axes 8 points each, 5 to 8 axes 24 points 16 points), analog input 8 points, main encoder input, auxiliary encoder input for dual loop, high-speed position latch, origin, limit ●Programming● User-defined programming, memory size 2000 rows × 80 chrs (non-volatile), symbolic variables 510, array storage 16,000 elements, multitasking 8 threads ●Other Features● Software supports Linux, Qnx, DOS, Windows 3.1, 95, 98, 2000, NT, XP. ActivX TOOL Kit and WSDK for system evaluation are also available. Each axis has two encoder inputs, enabling stable full closed-loop operation (dual loop).

  • Printed Circuit Board
  • Motion Controller

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Low-cost, high-performance motion controller

Low-cost, high-performance motion controller

Motion controller. Ideal for medical devices, machine tools, and measuring instruments.

Motion controller manufactured by Galil in the United States (since 1983). Known for its ease of use and high functionality, it is widely utilized in Japan for medical devices, machine tools, measuring instruments, robots, semiconductor equipment, and LCD-related facilities. We provide total support from software to hardware. ● With the easy input software SI-1, you can easily check the status of each axis, such as LS, origin, and I/O, and independently control each axis, speed control, positioning, linear and circular interpolation, dual-loop control (full closed control), I/O control, teaching, and more can be easily programmed. ● Extremely flexible interpolation modes. Features include tangent control, elliptical scaling, acceleration and deceleration specification at corners, continuous feed with infinite segments, arbitrary two-axis linear and circular interpolation modes, multi-axis linear interpolation mode (up to 8 axes), and the ability to execute two sets of interpolation modes. ● Additionally, as basic performance of the controller, it is equipped with advanced operation modes such as contour mode, electronic gear, electronic cam, and S-curve. *There is also a box storage type available. For more details, please request documentation or download the PDF catalog.

  • Embedded Board Computers
  • Motion Controller

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Motion Controller "InterMotion Series"

Motion Controller "InterMotion Series"

A multifunction motion controller that can use Panasonic's space-saving servo and connect to PLCs from Omron, Mitsubishi, and Keyence.

Until now, it was common knowledge that if you were using a Mitsubishi PLC, SSC-NET servos were the standard; if you were using an Omron PLC, Mechatrolink or EtherCAT servos were the standard; and if you were using a Keyence PLC, Mechatrolink servos were the standard. However, from the moment you read this article, that is no longer the norm in the industry. - Panasonic's RTEX servos can also be used. - Mitsubishi PLCs can connect via MC protocol over LAN. - Omron PLCs can connect via FINS commands over LAN. - Keyence PLCs can connect via MC protocol over LAN. Servos can connect up to 16 axes with Panasonic's 100Mbps high-speed, low-wiring "RTEX" A4N and A5N series. The upper level consists of PLCs from the three companies, while the lower level consists of Panasonic servos. Please consider getting a comparative quote for Panasonic servos. The motion controller "InterMotion," which can connect to PLCs from various companies, will contribute to reducing the costs of your machinery and bring new competitiveness to your equipment.

  • controller
  • Motion Controller

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Multi PLC Direct Connection 16-axis Motion Controller

Multi PLC Direct Connection 16-axis Motion Controller

A 16-axis controller that can be connected to various PLCs with affordable servos! Up to 8 axes can be controlled with a 10Mpps pulse train position command!

The LAN port of the Mitsubishi PLC's CPU unit connects via the MC protocol. The LAN port of the Omron PLC's CPU unit connects via the FINS command. The LAN port of the Keyence PLC's CPU unit connects via the MC protocol. The servo can connect up to 16 axes to Panasonic's 100Mbps high-speed wiring "RTEX" servo A4N and A5N series. Among these, 8 axes can receive pulse train position commands. The upper level consists of the three companies' PLCs, while the lower level includes Panasonic's servos or pulse train servos or steps. Until now, it was common knowledge that Mitsubishi PLCs used SSC-NET servos, Omron PLCs used Mechatrolink or EtherCAT servos, and Keyence PLCs used Mechatrolink servos. However, from this moment after reading this article, that is no longer the norm in the industry. Panasonic's RTEX servos can also be used. Please consider getting comparative quotes. The motion control unit "InterMotion," which can connect to various PLCs, will contribute to reducing the costs of your machinery. It will bring new competitiveness to your machines.

  • Industrial PCs
  • controller
  • Motion Controller

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