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Motion Controller Product List and Ranking from 34 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

Motion Controller Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. テクノ Saitama//Industrial Electrical Equipment
  2. コスモテックス Kanagawa//Electronic Components and Semiconductors
  3. スマートホールディングス Tokyo//Automobiles and Transportation Equipment
  4. 4 新光電子 Tokyo//Electronic Components and Semiconductors
  5. 5 東阪電子機器 Osaka//Industrial Electrical Equipment
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Motion Controller Product ranking

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. Product Introduction: PLC Motion Controller テクノ
  2. [Example] Roll Tension Control テクノ
  3. Pitch error correction function that adds pitch error values during drive for positioning. コスモテックス
  4. 4 Product Introduction: PC-Based Fine Motion テクノ
  5. 4 EtherCAT-compatible master "PXEP-CN" now supports Python. コスモテックス

Motion Controller Product List

16～30 item / All 175 items

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[Example] High-speed synchronous control machine

[Example] High-speed synchronous control machine

High-speed synchronization of intricate motions like those of an electronic cam across multiple axes.

"Multi-head assembly machines linked on a circular table" and "sheet winding" require multi-axis synchronous control. Traditionally, synchronization was achieved through mechanical cams and linkage mechanisms, but there are increasing examples of replacing this with servo and electronic cam control. The electronic cam method offers various advantages compared to the mechanical cam method. However, to truly benefit from these advantages, it largely depends on the functions and performance of the motion controllers and servos. In specialized electronic component manufacturing, there may be cases where precise repetitive motion is required at high tact rates of several tens of milliseconds. Additionally, there are multi-axis synchronous systems with nearly 100 axes. At Fine Motion, we can achieve the industry's fastest synchronous control and ultra-multi-axis synchronization with a combination of general-purpose servos. For more details, please contact us.

  • controller
  • Assembly Machine

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[Example] Multi-axis, multi-head transport machine

[Example] Multi-axis, multi-head transport machine

High-speed and precise transport of electronic components, wafers, and glass.

In automated production lines, efficient transportation and stocking of workpieces (products) between stations such as assembly, processing, and inspection is an important theme. As the demand for fine, high-density, and high-speed transportation increases, not only simple positioning but also precise trajectory control becomes necessary. Additionally, due to the limitations of the mechanism's rigidity and the mass and inertia of moving parts, it is essential to achieve the highest speed and high precision through optimal acceleration and deceleration control for smooth operation. There are many combinations with image processing for work inspection and alignment, and further integration of assembly, implementation, transportation, processing, and inspection within the same system is progressing. Fine Motion realizes a high-value precision transportation system characterized by "precise motion," "multi-task processing," "flexible customization," and "real-time linkage between PC and PLC." For more details, please contact us.

  • controller
  • Transport and handling robots
  • Other conveying machines

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[Example] Intermittent Feeding Alignment

[Example] Intermittent Feeding Alignment

This is an example of a winding machine characterized by precise contour control.

This is an example of a winding machine characterized by precise contour control. Theme "Alignment and hollow (core) winding with ultra-fine wire (winding for ultra-small motors)" Challenges "Both intermittent feeding alignment winding and standard spiral winding are required" "Automatic switching from intermittent feeding to spiral winding" "Easy programming with winding commands" "Simple on-site reconfiguration according to variations in wire diameter" "Sufficient winding accuracy even with ultra-fine wire." For more details, please contact us.

  • controller
  • Winding Machine

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[Example] Desktop Precision Machining and Multipurpose Machine

[Example] Desktop Precision Machining and Multipurpose Machine

Camera/image-based digitizing, alignment correction, precision machining.

This is an example of digitizing, alignment correction, and precision machining using a camera/image. The theme is "Dedicated tabletop processing machines and multipurpose machines like digitizers," and the challenges include "communication from dedicated software of machine manufacturers to Fine Motion for operation," "integration with simple cameras and image processing," "automatic operation using G-code," "high-precision contour control and diameter correction equivalent to NC functions," and "manual operation using manual pulse generators or switches." For more details, please contact us.

  • controller
  • NC unit

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[Example] Scalar Robot Control

[Example] Scalar Robot Control

Control of a SCARA robot that can be operated in G language and robot language.

This is an example of controlling a SCARA robot that can be operated with G-code or robot language. The theme is "SCARA Robot Control," and the challenges include "stable operation," "smooth and accurate trajectory control," "integrating mechanism conversion (kinematics) to command in an orthogonal system," "integration with PLC ladder," "controlling the entire system with a ladder while the robot operates within it," and "efficiently responding to various applications such as screw tightening, welding, assembly, and deburring." For more details, please contact us.

  • controller
  • SCARA Robot

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[Example] Torque Command / Servo Press

[Example] Torque Command / Servo Press

Precise control of torque, speed, and position.

Torque control is essential in molding machines such as servo presses. The quality of control can lead to inconsistent results. Techno's motion controllers accurately link torque, speed, and position control, benefiting servo presses and molding machines.

  • controller
  • Other processing machines

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[Optional Feature] Dual Axis of the Same Command (Parallel Axis/Gantry Control)

[Optional Feature] Dual Axis of the Same Command (Parallel Axis/Gantry Control)

High-precision control of parallel axes (gantry) with general-purpose servos.

With the increase in the size and precision of stages, a gantry structure and parallel axis drive mechanisms are required. If the center of the table is driven when operating the mechanism, the resistance in the driving direction will occur evenly on both sides. In contrast, if one side is driven due to the mechanism's configuration, twisting (yawing) of the table will inevitably occur. This yawing will lead to inaccuracies in the position of the workpiece on the table. Additionally, there may be cases where central driving is not possible due to the size of the table or structural constraints. In such cases, the key point is how to drive the table without yawing. The "dual-axis with identical commands" function is useful in such situations.

  • controller

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[Customization] If it's analog measurement

[Customization] If it's analog measurement

Easily realize "adaptive control" by applying AD functions and macro operations.

In Fine Motion, "learning control" can be easily realized by applying AD functions and macro calculations. In PLC motion, it will be combined with the FAM3 AD module. For more details, please contact us.

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Tool diameter correction

Tool diameter correction

Functions effective for laser processing and milling processing.

Tool diameter compensation is an effective function for laser processing and milling (end mill) processing. Although the operating program is created with the finished shape (as it is easier to visualize and simpler), it functions by having the tool path go outside the finished shape by the radius of the laser spot or tool.

  • controller
  • Other processing machines

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High-speed and high-precision interpolation

High-speed and high-precision interpolation

The motion controller of Techno has interpolation accuracy of 1 pulse even at high speeds.

The techno motion controller allows for high-precision trajectory and speed control in interpolation and synchronous operations. The accuracy is about 1 pulse. If we assume the pulse unit is nm, the command error would be 1 nm. While there are error factors in the actual operation, including the entire servo system comprising the servo amplifier, motor, encoder, and mechanism, the motion controller on the command side can control very accurately and smoothly. The accuracy analysis function (TPC logging) can also be used for easy evaluation and verification. Here, we will introduce examples of "accuracy verification of linear interpolation trajectory and speed" and "torque measurement." For more details, please contact us.

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[Case Study 1 of Problem Solving] Time Reduction from Design to Operation

[Case Study 1 of Problem Solving] Time Reduction from Design to Operation

Introduction of a case study that addresses the customer's desire to shorten the total time from design, development, to operation!

【Design】 Techno's motion controllers come equipped with a wealth of standard features and operational applications. Additionally, Techno staff can assist customers, reducing design time. 【Development】 By developing in Techno language or G language, development time can be shortened. For example, some customers have managed to reduce their time to one-tenth compared to using only ladder language. 【Operation】 In the case of Techno, the trial operation conducted before actual use typically takes just one day. Customers can focus on the actual operation of the machine. *For more details, please download the catalog or contact us!

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Fine Motion

Fine Motion

We can customize and provide what you want to achieve specifically for you!

"Fine Motion" is a high-end motion controller developed based on technology and knowledge in NC (Numerical Control). To enable communication with software other than motion (such as HMI, PLC, image processing, etc.), we have made the interface public. This allows customers to integrate the motion controller with the products and software they wish to use. Additionally, we have pursued the compactness of the motion controller to allow for a smaller control panel size. We have also aimed for standalone operation that does not necessarily require a PC or PLC. 【Features】 ■ Achieves smooth trajectories by maintaining a constant composite speed even with continuous small linear interpolation. ■ Immediate operation possible with a setting PC. ■ Readable operation programs using G/T code. ■ Equipped with functions that can be used for a wide variety of applications. *For more details, please refer to the related links or feel free to contact us.

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PC-based fine motion

PC-based fine motion

By consolidating multiple machines into one, it is possible to reduce the installation area and shorten the takt time!

The "PC-Based Fine Motion" is a motion controller that ensures reliability even on general-purpose PCs, thanks to the "Fine Motion" accumulated over many years and the RTOS (Real-Time OS) INtime. This product demonstrates overwhelming performance with the powerful CPU capabilities of a PC. It can simultaneously control a variety of machines, including precision machining, semiconductor manufacturing, high-speed assembly, robotics, molding, servo presses, roll/tension control, winding machines, and laser processing. Additionally, by making some source interfaces public, it is possible to incorporate the customer's control logic into the motion. 【Features】 ■ Cost reduction ■ Machine interconnection ■ Increased productivity ■ Ease of operation ■ Control of different machines (multi-machine control) *For more details, please refer to the related links or feel free to contact us.

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[Case Study] Achieving High Productivity with In-House Dedicated Machines

[Case Study] Achieving High Productivity with In-House Dedicated Machines

Introducing examples of achieving productivity that surpasses general-purpose machines, with benefits such as double the takt time and quality compared to conventional machines!

We would like to introduce a case where the introduction of our PLC motion controller "PLMC-M II EX" has achieved high productivity with an in-house dedicated machine. Previously, we were producing with a general-purpose polishing machine, but we felt limited in improving productivity. To develop more advanced in-house production technology, we needed a flexible NC that could incorporate our internal know-how. Additionally, networking for production management was also important. By implementing this product, we were able to achieve sufficient processing accuracy, confidentiality that cannot be imitated by other companies, cost advantages, costs similar to general-purpose PLCs, and integration with production management systems. [Challenges] - Precision as a machine tool and precision processing - Productivity exceeding that of general-purpose machines (tact and quality) - Flexibility and confidentiality to incorporate know-how - Cost advantages - Integration with production management - Utilization of our accumulated software technology *For more details, please refer to the related links or feel free to contact us.

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[Case Study] Semiconductor Manufacturing Equipment

[Case Study] Semiconductor Manufacturing Equipment

We will introduce examples of accumulated technology to win against overseas manufacturers in competition!

We would like to introduce a case where our PLC motion controller "PLMC-M II EX/M3EX" was used to control this machine and the robot collectively. Traditionally, our customer purchased completed robots from various robot manufacturers and combined them for semiconductor manufacturing equipment. However, they faced issues such as "high costs" and "lack of flexibility," and were looking for a motion controller manufacturer to take charge of robot control while in-house manufacturing the robot mechanisms. Tekno introduced a mechanism suited to the robot structure into our product. This made it easy to achieve advanced motion control such as force control, complete synchronization control, and robot mechanism calculations. [Challenges and Requests] ■ They wanted the mechanism of the in-house manufactured robot to be integrated into the motion controller (control software). ■ They wanted to operate the robot, assembly, and bonding devices in close collaboration/synchronization. ■ Advanced motion control was also necessary, including control of film tension, force, and compensation control for changes in film roll inertia. *For more details, please refer to the related links or feel free to contact us.

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