We will be exhibiting at the 24th Mechanical Components Technology Exhibition within the Japan Manufacturing World 2020.

New models added! A variety of high cost-performance models that achieve compact size and low price are now featured.

In the "Stepping Motor Driver Comprehensive Catalog," we offer a diverse lineup that can meet various customer needs, including the 5-phase stepping motor driver "S Series," which is recommended for equipment integration, and the "High-Speed, High-Torque V-Up Driver" with a built-in boost circuit. If you are interested in custom drivers or contract manufacturing of various application products, please feel free to consult us. [Contents] ■ 5-phase stepping motor driver ■ 5-phase stepping motor ■ Torque characteristics ■ Harness set For more details, please refer to the catalog or feel free to contact us.

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Compact! Low price! Low vibration, multi-axis one-board type 5-phase stepping motor driver "S Series"

The S series "MC-S0514" has been newly designed to achieve miniaturization and low cost, with the aim of maintaining high quality and ease of integration into equipment. Compared to the conventional equivalent product "MC-0514," it has achieved a 40% reduction in volume ratio. New features have also been added, making it a suitable driver that can be applied to various products in many fields. The lineup consists of four types: 1 axis: MC-S0514-L 2 axes: MC-S0514-2L 3 axes: MC-S0514-3L 4 axes: MC-S0514-4L 【Main Features】 - A more affordable and smaller micro-stepping driver - Drivers compatible with 0.35A/phase, 0.75A/phase, and 1.4A/phase - Remarkably low vibration even during full and half-step driving - Utilizes a photcoupler input circuit - Built-in automatic current reduction function - Compact and lightweight, ideal for integration into devices that are sensitive to vibration

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A DC power supply with AC-like high precision and high torque V-up driver, contributing to cost reduction and miniaturization of equipment.

The "MC-S0514L-HS" is a new type of driver developed independently by our company, featuring a built-in boost circuit to achieve even higher speed and torque than conventional products. The V-up driver has been added to the S series! It enables torque increase in high-speed ranges without raising the input voltage to the driver. This high-power driver contributes to cost reduction and miniaturization of the entire system. 【Main Features】 - A more affordable and compact micro-stepping driver - Boost voltage can be switched in 16 steps - Compatible with drivers of 0.35A/phase, 0.75A/phase, and 1.4A/phase - Remarkably low vibration even during full and half-step driving - Utilizes a photo-coupler input circuit - Built-in automatic current reduction function - Compact and lightweight, ideal for integration into devices sensitive to vibration

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Ideal for embedding in lightweight, compact devices that dislike vibrations! Driver for ultra-compact micro-stepping with a drive current of 0.35A per phase!

The 5-phase stepping motor driver 'MC-S5035' is a driver for microstepping with a drive current of 0.35A per phase. It is capable of a maximum of 250 divisions (125,000 pulses per revolution) of microstepping. Its lightweight and compact design make it suitable for integration into devices that are sensitive to vibrations. 【Features】 ■ A low-cost driver for 0.35A per phase microstepping. ■ Capable of a maximum of 250 divisions (125,000 pulses per revolution) of microstepping. ■ Achieves 1 pulse/0.01 degrees at 72 divisions. ■ Remarkably low vibration even during full and half-step driving. ■ Utilizes a photo-coupler input circuit. ■ A high-functionality product with built-in features such as a self-test circuit and automatic current down circuit. ■ Lightweight and compact, making it suitable for integration into devices that are sensitive to vibrations.

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The standard model of the S series, which has achieved a 40% reduction in size due to the new design.

The S series "MC-S0514-L" has been newly designed to achieve miniaturization and low cost while maintaining high quality and ease of integration into equipment. It has achieved a 40% reduction in volume compared to the conventional equivalent product "MC-0514-L." New features have also been added, making it an optimal driver that can be applied to various products in all fields. 【Main Features】 - Drive current switching function → Selectable between 0.35A/phase, 0.75A/phase, and 1.4A/phase - Capable of switching between 2-series and 3-series microstepping divisions - Compatible with motors ranging from 20mm square to 86mm square - Applicable to various products in all fields

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Lightweight and compact, perfect for equipment integration! DC 24V input, driver with a maximum drive current of 0.35A per phase.

The 5-phase stepping motor driver 'MC-S3ML' is a compact driver with a maximum drive current of 0.35A per phase. It has a built-in automatic current reduction function to suppress motor heating. A harness set for wiring (sold separately) is also available. 【Main Features】 - Single power supply of DC24V - Uses a photo-coupler input circuit - Lightweight and compact, ideal for equipment integration

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Incredible low vibration! It is suitable for embedding in small, lightweight devices that dislike vibrations.

Low-vibration, high-performance model achieved with lower price and more compact size 【Main Features】 - Input power: DC24V - 0.35–1.4A/phase compatible driver - Drive current and holding current can be switched in 16 steps - Two out of 16 types of microstep driving can be switched via signals - Achieves astonishingly low vibration even in full and half-step driving - Compact and lightweight, suitable for integration into devices that dislike vibration - Compliant with RoHS and CE standards

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Compliance with overseas safety standards (UL certification) / CE compliance

The MC-5M type 5-phase stepping motor driver is a compact driver with a DC24V input and a maximum drive current of 1.4A per phase. Due to its pentagon drive method, it is significantly smaller and lighter compared to conventional drivers. The target motors are 5-phase stepping motors from manufacturers like Tamagawa Seiki and Oriental Motor, with current ratings ranging from 0.5A per phase to 1.4A per phase. Switching between full step and half step modes, as well as selecting the pulse input method, can be easily configured using a switch. 【Main Features】 - Compact driver with a maximum drive current of 1.4A per phase - Single power supply of DC24-36V - Utilizes a photo-coupler input circuit - Built-in automatic current reduction function to suppress motor heating - Lightweight and compact, ideal for equipment integration - Two types of base plates are provided to allow for installation variations.

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It is a high-performance product that incorporates functions such as a self-test circuit and an automatic current down circuit.

The MC-S0528 type 5-phase stepping motor driver is a newly designed DC24 input 5-phase micro-stepping driver (formerly MC-0528G type) for the S series. Due to its micro-stepping method, it offers low vibration, low noise, and high resolution step driving compared to conventional basic step drivers. 【Main Features】 - A compact driver with a driving current of 2.8A per phase for micro-stepping. - Capable of up to 250 divisions (125,000 pulses per revolution) in micro-stepping. - Achieves 1 pulse/0.01 degrees at 72 divisions. - Remarkably low vibration even during full and half-step driving. - Utilizes a photo-coupler input circuit. - A high-functionality product that includes features such as a self-test function circuit and an automatic current down circuit. - Micro-stepping division settings and driving current settings can be done with a single touch. - Lightweight and compact, making it suitable for integration into devices that are sensitive to vibration.

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Adopts a low heat generation circuit to suppress driver heating! Compact driver with a maximum driving current of 2.8A per phase.

The MC-S5G type 5-phase stepping motor driver is a newly designed product in the S series (formerly known as the MC-5G type). Compared to conventional drivers, it has significantly lower heat generation, is compact, and lightweight. The target motors are 5-phase stepping motors from Tamagawa Seiki and Oriental Motor with a current range of 1.0A/phase to 2.8A/phase. Switching between full step and half step, as well as selecting the pulse input method, can be easily set with a switch. 【Main Features】 - Adopts a low heat generation circuit to suppress driver heat. - A compact driver with a maximum drive current of 2.8A/phase. - Single power supply of DC24V. - Utilizes a photcoupler input circuit. - Includes an automatic current down function to reduce motor heat generation. - Lightweight and compact, making it ideal for equipment integration.

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DC24V input, drive current 0.5A to 1.4A per phase for a 5-phase stepping motor driver.

【Main Features】 - It is a compact driver with a maximum drive current of 1.4A per phase. - It uses a single DC24V power supply. - It employs a phototransistor input circuit. - It has a built-in automatic current reduction function to suppress motor heating. - It is lightweight and compact, making it suitable for equipment integration.

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DC 5V single power supply, constant voltage drive! Up to 250 divisions (125,000 pulses per revolution) of microstepping is possible.

The MC-0503 model is an ultra-compact 5-phase micro-stepping driver powered by a DV5V supply. Due to its micro-stepping drive method, it enables low vibration, low noise, and high-resolution motor driving compared to conventional basic step drivers. When using a 5-phase stepping motor with a step angle of 0.72 degrees, it can drive up to 125,000 pulses per revolution. 【Main Features】 - Single DC5V power supply, constant voltage drive - Compact driver with micro-stepping capability - Up to 250 divisions (125,000 pulses per revolution) of micro-stepping possible - 1 pulse/0.01 degrees possible at 72 divisions (MC-0503-3) - High quality and low cost achieved through surface mounting - Bipolar pentagon drive method allows selection of 16 different division counts via switch - Signal input is exclusively for 2-pulse input method - Low vibration drive even when selecting division counts of 1 or 2 (full, half)

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It is a 5-phase stepping motor driver with an input of AC100V to 115V and a drive current of 0.35A/phase to 1.4A/phase.

【Main Features】 - Complies with CE and RoHS standards. - A 5-phase stepping motor driver with an input of AC 100V to 115V. - Capable of microstepping with a maximum of 250 divisions (125,000 pulses per revolution). - Achieves 1 pulse/0.01 degrees at 72 divisions. (MC-S5514T-3) - Remarkably low vibration even during full and half-step driving. (Except for MC-S5514T-3) - Suitable for a wide range of motors from 0.35A/phase to 1.4A/phase.

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It is a 5-phase stepping motor driver with an input of AC100V to 230V and a drive current of 0.35A to 1.4A per phase.

It features astonishingly low vibration even during full and half-step driving. This is a 5-phase stepping motor driver capable of microstepping with up to 250 divisions (125,000 pulses per revolution) and employs a connector type that contributes to labor-saving in wiring. 【Main Features】 - A 5-phase stepping motor driver with an input of AC 100V to 230V. - Capable of microstepping with up to 250 divisions (125,000 pulses per revolution). - Achieves 1 pulse/0.01 degrees at 72 divisions. (Excluding MC-S7514PCL-3) - Exhibits astonishingly low vibration even during full and half-step driving. (Excluding MC-S7514PCL-3) - Applicable to a wide range of motors from 0.35A/phase to 1.4A/phase. - Adopts a connector type that contributes to labor-saving in wiring.

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It is a 5-phase stepping motor driver with an input of AC100V to 115V and a drive current of 0.5A to 1.4A per phase.

The MC-S5514P type 5-phase stepping motor driver is a 5-phase microstepping driver with an AC100V input. Due to its microstepping drive method, it enables low vibration, low noise, and high-resolution motor driving compared to conventional basic step drivers. When using a standard motor with a step angle of 0.72 degrees, it can drive up to 125,000 pulses per revolution. The target motors are 5-phase stepping motors from Tamagawa Seiki and Oriental Motor, with current ratings from 0.5A/phase to 1.4A/phase. 【Main Features】 - Complies with CE and RoHS standards. - A 5-phase stepping motor driver with an AC100V to 115V input. - Capable of microstepping with a maximum of 250 divisions (125,000 pulses per revolution). - Achieves 1 pulse/0.01 degrees at 72 divisions (MC-S5514P-3). - Remarkably low vibration even during full and half-step driving (except for MC-S5514P-3). - Applicable to a wide range of motors from 0.35A/phase to 1.4A/phase. - Adopts a connector type that contributes to labor-saving in wiring.

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It is a 5-phase stepping motor driver with an input of AC100V to 115V and a maximum drive current of 2.8A per phase.

The MC-5528P type 5-phase stepping motor driver is a 5-phase microstepping driver with an AC100V input. Due to its microstepping drive method, it offers low vibration, low noise, and high resolution motor drive compared to conventional basic step drivers. When using a standard motor with a step angle of 0.72 degrees, it can drive up to 125,000 pulses per revolution. 【Main Features】 - 5-phase stepping motor driver with AC100V to 115V input - Capable of microstepping with a maximum of 250 divisions (125,000 pulses per revolution) - 1 pulse/0.01 degrees possible at 72 divisions (MC-5528P-3) - Remarkably low vibration even during full and half-step driving (excluding MC-5528P-3) - Adopts a connector type that contributes to labor-saving in wiring

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It is a 5-phase stepping motor driver with an input of AC200V to 230V and a maximum drive current of 2.8A per phase.

The MC-S7528P/S7528P-3 model is a 5-phase stepping motor driver with an input of AC200V to 230V and a maximum drive current of 2.8A per phase. With the built-in low vibration function, vibrations during full and half stepping have been further reduced. It adopts a connector type that contributes to labor-saving in wiring. 【Main Features】 - It is a 5-phase stepping motor driver with an input of AC200V to 230V and a maximum drive current of 2.8A per phase. - It supports microstepping with a maximum of 250 divisions (125,000 pulses per revolution). - It can achieve 1 pulse/0.01 degrees at 72 divisions. (MC-S7528P-3) - The built-in low vibration function has further reduced vibrations during full and half stepping. - It adopts a connector type that contributes to labor-saving in wiring.

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【Seminar Overview】 The construction industry faces many challenges, including labor shortages, regulations on working hours, and the need for operational efficiency. Additionally, the aging workforce presents significant issues, and there is a concerning trend of high turnover rates among younger employees who are supposed to carry on the skills and knowledge. In this seminar, we will discuss the causes of turnover based on case studies and explain key points on how advancing IT can help reduce turnover rates.

We would like to extend our heartfelt congratulations on the continued prosperity of your esteemed company. Our company will be exhibiting at the following trade show, where we will introduce a number of products, including our new product, the Pillow Packaging Full Air Tightness Inspection Machine MSQ-2003. We sincerely apologize for the inconvenience during your busy schedule, but we would like to invite you to visit us at this opportunity. 【 Exhibition Name 】 JAPAN PACK 2025 Japan Packaging Industry Exhibition https://www.japanpack.jp/ 【 Dates 】 October 7 (Tuesday) to October 10 (Friday), 2025 *4 days 10:00 AM to 5:00 PM 【 Venue / Booth Number 】 Tokyo Big Sight / East Hall 8, Booth 8-505

We will be exhibiting at the "Monozukuri Fair 2025" held at Marine Messe Fukuoka from October 15 (Wednesday) to October 17 (Friday). "For those in the manufacturing industry who want to advance automation and labor-saving but find the knowledge and cost barriers too high..." Mikasa Trading will introduce solutions that are easy to implement at low cost and have high effectiveness. 【Example of Exhibited Product Lineup】 ■ Collaborative Robot Control Solutions ■ Prototype of Stop Detection Solution ■ AI Camera Solutions for Factories ■ Lenovo PCs for factory edge applications with long-term supply, high reliability, and low cost Please come and find hints to solve your on-site challenges!

FUJI is a leading company in atmospheric pressure plasma devices. In recent years, the introduction of atmospheric pressure plasma as a pre-treatment device to improve adhesive strength and quality has been progressing in manufacturing sites. FUJI's plasma device, Tough Plasma, has world-class processing capabilities and can perform continuous processing at high speeds. At this exhibition, we will showcase the latest model of the Tough Plasma series, "ATOM," which operates solely on air and electricity. Please come and see its world-class capabilities, quality, and safety monitoring features. We will also have a corner where you can experience the effects of plasma treatment firsthand with adhesive sample experiences. If you are having trouble with adhesion, please feel free to stop by our booth. During the exhibition, our engineers will be stationed at the booth. They will be happy to answer any questions you may have, from basic knowledge of plasma to the types of materials that can be processed and processing speed estimates, so please feel free to visit us. You can complete pre-registration from the link below [Details & Application].

[Instructor] Mr. Takashi Momiyama Incubation Producer, Innovation Strategy Center, Japan Research Institute, Ltd. [Key Lecture Content] From the perspective of resource security and the creation of new markets, the realization of a circular economy for EV batteries is anticipated. However, in our country, there are still numerous challenges, and the majority of EV batteries are flowing overseas along with used EVs. In recent years, protectionist policies have been promoted in various countries, such as the U.S. tariff policies and China's rare earth export regulations, and there are concerns that if our country delays its response, the outflow will accelerate further. In light of this situation, we will analyze the impact of geopolitical risks on the formation of a circular economy domestically, overview what initiatives the government, local governments, and private companies have been advancing in the country, and propose measures deemed necessary to further accelerate the formation of a circular economy. We look forward to the participation of individuals from a wide range of industries who may be involved as suppliers or users in the circular economy of EV batteries.