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
豊富な機種を揃えております。 DMC-2000(1〜8軸)USB、RS232C、RS422、RS485、Ethernet DMC-1800(1〜8軸)PCI DMC-1700(1〜8軸)ISA DMC-1600(1〜4軸)CompactPCI DMC-1400(1軸)PCI DMC-1200(1〜8軸)PC/104
- Company:ソフテック
- Price:Other
Last Updated: Aggregation Period:Dec 17, 2025~Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Dec 17, 2025~Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Dec 17, 2025~Jan 13, 2026
This ranking is based on the number of page views on our site.
121~135 item / All 172 items
世界標準GALILモーションコントローラ
豊富な機種を揃えております。 DMC-2000(1〜8軸)USB、RS232C、RS422、RS485、Ethernet DMC-1800(1〜8軸)PCI DMC-1700(1〜8軸)ISA DMC-1600(1〜4軸)CompactPCI DMC-1400(1軸)PCI DMC-1200(1〜8軸)PC/104
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).
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.
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.
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.
We have an IO card available on the 32IN/320UT RTEX line.
In the DC24V system, the output is a maximum of 100mA. It can be expanded up to a maximum of 6 units, 192 IN / 1920 OUT. It can be controlled using the machine control language "MOS language." Updates are made with a communication cycle of 1ms.
A motion control unit that can use wiring-saving servos other than Mitsubishi, Omron, and Keyence.
Even if you are using Mitsubishi PLC, Omron PLC, or Keyence PLC, you can use motion control units that support wiring-reduced servos from other companies. They connect to each company's PLC via LAN cables. The servos can connect up to 16 axes of Panasonic's 100Mbps high-speed wiring-reduced "RTEX" servo A4N and A5N series. The upper level is the PLCs from the three companies, and the lower level is Panasonic's servos. 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, contributes to reducing costs for your machinery. It brings new competitiveness to your machines.
Panasonic's 100Mbps high-speed communication low-wiring system "RTEX" motion controller for controlling servo drivers A5N and A4N.
Panasonic's 100Mbps high-speed communication wiring-reduced system "RTEX" motion controller can control up to 16 axes with servo drivers A4N and A5N. The upper controllers can be Mitsubishi PLC, Omron PLC, Keyence PLC, or Windows PC. It connects via LAN. If it's a Mitsubishi PLC, SSCNET servo is standard; if it's an Omron PLC, Mechatrolink or EtherCAT servo is standard; if it's a Keyence PLC, Mechatrolink servo is standard. Until now. However, from this moment you read this article, that is no longer the case. Panasonic's RTEX servo can also be used. Please provide a comparative estimate.
Custom peripherals that can be developed at low cost with LAN connection to Windows PCs and PLCs. Capable of motion, I/O, FPGA, 232, and 485.
Can be connected to Windows PCs, Mitsubishi PLCs, Omron PLCs, and Keyence PLCs via LAN. Customizable peripherals at low cost. Capable of motion control, AB counting, DIN, DOUT, FPGA, RS232 communication, and RS485 communication. Effective when you want to delegate real-time control, high-speed FPGA (hardware) control, and communication control, which are difficult to handle with PCs or PLCs, to external units.
A fully synchronized angle position transport motion controller that avoids FPD slip and minimizes dust and static electricity generation as much as possible.
Motion controller for FPD transport that synchronizes and controls motors and motor groups (between transport stages) in both synchronous and asynchronous modes, with a complete angle position command synchronization control cycle of 1 ms.
Rich interfaces including EtherCAT. Capable of handling large volumes and can dynamically operate multiple motors.
The FAULHABER motion controller V3.0, MC 5004 P, is equipped with RS232/CAN/EtherCAT interfaces and can drive DC BL LM type motors with a supply voltage of 12...50 (VDC) and a maximum current of 12 (A).
Rich interfaces including EtherCAT. Capable of handling large volumes and can dynamically control multiple motors.
The FAULHABER motion controller V3.0, MC 5005 S, is equipped with RS232/CAN/EtherCAT interfaces and can drive DC BL LM type motors with a supply voltage of 12...50 (VDC) and a maximum current of 15 (A).
Diverse motion control is possible with low volume. A rich interface and user-friendly PC software are available.
The FAULHABER motion controller V2.5, MCBL 3002 S, is equipped with RS232/CAN interfaces and can drive BL type motors with a supply voltage of 8 ... 30 (VDC) and a maximum current of 3 (A).
Diverse motion control is possible with low volume. A rich interface and user-friendly PC software are provided.
The FAULHABER motion controller V2.5, MCBL 3003 P AES, is equipped with RS232/CAN interfaces and can drive BL AES type motors with a supply voltage of 8 ... 30 (VDC) and a maximum current of 3 (A).
Diverse motion control is possible with low volume. A rich interface and user-friendly PC software are available.
The FAULHABER motion controller V2.5, MCLM 3006 S, is equipped with RS232/CAN interfaces and can drive LM type motors with a supply voltage of 12 ... 30 (VDC) and a maximum current of 10 (A).