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 31, 2025~Jan 27, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Dec 31, 2025~Jan 27, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Dec 31, 2025~Jan 27, 2026
This ranking is based on the number of page views on our site.
1201~1215 item / All 2368 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.
Ready to use with a power connection! Low power consumption with a compressor ratio of 1/10.
It is a combination of a hot air heater (100v-1kw type) with a high-efficiency air pump and a dedicated controller. Since everything you need is combined, you can use it immediately by simply connecting it to a power source (AC100v).
High stability, low cost, easy connection! Achieving automatic control of air flow from the setting of thermal output.
In the control of hot air heaters, it is common to perform "air flow control using mass flow controllers" and "temperature control of hot air," but issues such as high costs and variations in thermal output of about ±15% due to fluctuations in temperature measurement accuracy are challenges. The 'FCM-N type' is a controller for hot air heaters that enables automatic control of air flow based on the set thermal output and temperature provided to the workpiece. It features high stability with no fluctuations in thermal output, making it suitable for long-term continuous operation. 【Features】 ■ Allows precise setting of output thermal energy to the workpiece regardless of temperature measurement accuracy ■ No mass flow controller required ■ Stable thermal output even during heater replacement ■ Compatible with voltages from AC100V to 240V ■ Supports hot air pulse blow using pulsation For more details, please refer to the catalog or feel free to contact us.
Hot air up to 1100℃! Suitable for preheating, brazing, and various tasks in factories, laboratories, and research facilities.
Introducing a set of ultra-high temperature 1100℃ hot air heater and controller. The heater "SAHD200v-1kw/10PS/HT/+SC(R)" can handle various preheating, heating processes, brazing, welding, cutting, evaporation, drying, etc., at an ultra-low cost. It can be used in various factories, laboratories, and research facilities, including electrical, mechanical, automotive, and semiconductor industries. Please consider it when you need more than +100℃ compared to our conventional hot air heaters. Additionally, we offer a dedicated controller "FCM-N type" that can simultaneously control air flow and hot air temperature. 【Features】 <Ultra-high temperature hot air heater> ■ Adopts ultra-high performance heating element "HD" ■ SAHD200v-1kw/10PS/HT/+SC(R) ■ Metal case φ16 <Dedicated controller> ■ Simply specify the hot air temperature and heater output (%) ■ Easy operation with ultra-high stability ■ FCM-N dedicated specifications ■ Settings that suppress overshoot ■ R thermocouple *For more details, please refer to the documentation or feel free to contact us.
HI-8582/83 can be directly connected to the ARINC429 bus.
The HI-8582/HI-8583 from HOLT is a silicon gate CMOS device designed to be combined with a 16-bit parallel data bus directly connected to the ARINC429 serial bus. Additionally, HOLT holds the number one share in the world for ARINC429! The company has over 400 adoption records. ■ Japanese technical documentation for MIL-STD-1553 and ARINC 429 communication standards is available. If you would like to see it, please contact sales@nacelle.co.jp. ■
BC, 2×RT, MT simultaneous operation possible MIL-STD-1553 terminal (parallel interface, SPI interface)
The 3.3V CMOS HI-613x devices provide a complete single or multifunction interface between the host processor and the MIL-STD-1553B bus. It includes BC, MT, and 2×RT, which can be enabled to operate simultaneously in any combination. Users can allocate 64KByte of on-chip SRAM to the device according to application requirements. ■ Host Interface - HI-6130: 16-Bit Parallel Bus - HI-6131: 4-Wire Serial Peripheral Interface (SPI) ■ Japanese technical documentation on the MIL-STD-1553 communication standard is available. If you would like to see it, please contact sales@nacelle.co.jp.
It features a robust yet lightweight design based on ergonomics, making it easy to control the object!
The dual-hand controller is a further development and evolution of MilDef's RC controller series. *Currently, it is in the concept phase, so the final specifications are subject to change. ■Features - USB HID joystick - 5 VDC *HID (Human Interface Device) ... A general term for devices and components that serve as the man-machine interface among computer peripherals. ■Control I/F - 1 x USB2.0
Lightweight, rugged drone controller compatible with the 10-inch rugged tablet DS13! MIL-STD-810 and IP65 compliant!
Environmentally resilient controller for defense drones with proven performance in the European Air Force! ■ Environmental Specifications MIL-STD-810G, MIL-STD-461F, IP65 Operating Temperature: -20 to +60°C
Equipped with IEC61131-3 compliant software PLC, reliable operation and high performance with the real-time OS "INtime," and cost-effective software PLC.
1. The "INplc," equipped with IEC61131-3 compliant software PLCs from major global PLC manufacturers, runs on the Windows real-time extension OS "INtime" and provides solutions for reducing rising engineering costs. - Integration development between PLCs and PCs is now possible! - Modularization significantly improves readability and reusability. - Software reusability beyond model dependency. - Variable address methods contribute to increased productivity. - Prevention of know-how leakage. 2. As a platform for PLC controllers, it is based on industrial PCs, allowing for the selection of the most suitable option according to application needs, thereby accommodating diverse requirements. 3. It leverages the high performance and cost-effectiveness of industrial PCs, enabling the integration of control, monitoring/HMI functions into a single unit. 4. By using the real-time OS "INtime": - Reliability is enhanced. - High-precision operation guarantees and improved real-time performance. - Coexists with Windows while being unaffected by its reliability.
Easy-to-understand LCD display and icon display at a glance! Equipped with many convenient features as standard.
The "TS-U501B" is an admission controller designed with environmental considerations, featuring a 50% reduction in standby power consumption and a 15% reduction in body volume ratio. It allows for easy function settings while viewing the LCD display, automatically detects communication abnormalities in the equipment, and displays them on the LCD screen. It is equipped with features such as an "electric lock operation count function" that makes it easy to determine maintenance timing, and a "fault occurrence count function" that facilitates the identification of abnormal locations and recovery measures. 【Features】 ■ Clear LCD display and icon representation ■ Enhanced maintenance functions (patented technology) ■ Many convenient features included as standard ■ Reliable installation achieved with two-wire wiring ■ Expandable system with optional additions *For more details, please refer to the PDF document or feel free to contact us.
Achieves soft discharge and high flow rate simultaneously; it is a highly efficient liquid collection system.
When using liquid nitrogen (hereinafter referred to as LN2), it is mostly utilized under atmospheric pressure. However, since LN2 is at an extremely low temperature of -196°C under atmospheric pressure, it is stored and transported using vacuum insulated containers. When using LN2, it must be extracted from these pressure vessels. The "LN2 Liquid Extraction Device" introduced here allows for the extraction of LN2 with "high efficiency" and "low pressure." 【Features】 ● Enables high-efficiency liquid extraction ⇒ Reduction of losses ● Allows for quick liquid extraction ⇒ Improved work efficiency ● Enables low-pressure liquid extraction ⇒ Enhanced safety ● Simple operation (only valve opening and closing) ⇒ Standardization of work 【Examples of Use】 - Small-scale LN2 dispensing into Dewar containers, etc. - Freezing of food - Cooling of metals - LN2 applications in research facilities - Medical applications (dermatology, etc.) For more details, please contact us.
Latest control theory, servo controller adopting SAC
The I-SAC servo controller is a servo controller that completely surpasses traditional classical control represented by PID control. It achieves high-precision positioning control, load control, and pneumatic servo systems that were impossible with PID control. Additionally, when unpredictable changes in the environment occur, it automatically absorbs those changes based on adaptive rules, providing robust control. It has a built-in 32-bit DSP, supports both analog and digital inputs, and includes two independently controllable controllers, allowing for 2-axis control with the ability to switch between position/velocity and load/pressure control, making it versatile for various applications.