We will be exhibiting at the 48th Internepcon Japan 2019.

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

• Stepping motor
• Stepping motor
• Embedded Board Computers

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

• Stepping motor
• controller
• Embedded Board Computers

Achieved a 40% (area ratio) resize with the new design!

The 5-phase stepping motor driver S series has been newly designed to maintain high quality and ease of integration into equipment, achieving miniaturization and low cost. It has achieved a 40% reduction in volume compared to conventional equivalent products. New features have also been added, making it an optimal driver applicable to various products in all fields. 【Main Features】 - Drive current switching function → Selectable between 0.35A/phase, 0.75A/phase, and 1.4A/phase - Switchable microstepping division between 2 series and 3 series - Applicable to various products in all fields

• Stepping motor
• Stepping motor
• Embedded Board Computers

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

• Stepping motor
• Stepping motor
• Embedded Board Computers

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

• Stepping motor
• controller
• Embedded Board Computers

The challenges of inefficiency and dependency on specific individuals in the document management tasks faced by many companies. Are manual errors and business stagnation becoming barriers to productivity improvement? In this seminar, we will introduce advanced approaches to visualizing management decisions using AI and automating and streamlining document management tasks, centered around SCSK Corporation's AI-native next-generation ERP "PROACTIVE," Asteria Corporation's no-code data integration tool "ASTERIA Warp," and Kokuyo Corporation's electronic document distribution system "@Tovas." We will also explain business flows that achieve depersonalization while presenting examples of automated business flows realized through solution integration.

Method for determining inspection standards, standard values, and safety factors based on economic risks Practical introduction to a method of consideration that prevents profit loss and does not rely on statistical distribution (loss function) 【Half-Day Intensive Seminar】 －－－－－－－－－－－－－－－－－－－－－－－－－－－－－ https://johokiko.co.jp/seminar_chemical/AD251101.php ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ We will inform you about upcoming technical seminars with discounted participation fees. If you would like to apply for each seminar with a discount, please contact ikuma.fukui@wmjplab.com. * The discount on participation fees is available to anyone. * However, we do not accept participation from technical consultants or instructors. * If you wish to have the same seminar as an in-house training, please contact me directly. ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━

Robust Optimization Development Method to Solve the Four Major Challenges in Technology and Product Development: A Practical Introduction Learn through Comparison with Conventional Development Methods and Experimental Design Methods [Quality Engineering Parameter Design] [Software and Discussion Templates Available for Interested Parties] －－－－－－－－－－－－－－－－－－－－－－－－－－－－－ https://johokiko.co.jp/seminar_chemical/AD251102.php ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ We will inform you about upcoming technical seminars with discounts on participation fees. If you would like to apply for any seminar with a discount on the participation fee, please contact ikuma.fukui@wmjplab.com. * The discount on participation fees is available to anyone. * However, we do not accept applications from technical consultants or instructors. * If you wish to have an in-house training session for the same seminar, please contact me directly. ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━

This is a seminar co-hosted by NTT Data Business Brains and HeartCore. As HeartCore stands at the forefront of CMS and AI, we will discuss the future of content management and the perspectives required by companies. We will also share how to maximize operational efficiency and results through the implementation of CMS tailored to specific challenges. = For details and registration, click here = August 28, 2025 (Thursday) 12:00 PM - 12:35 PM Participation is free https://www.nttd-bb.com/event/smn20250828.html?utm_source=ipros&utm_medium=other&utm_campaign=20250812_sales 12:00 PM - 12:20 PM "How will CMS evolve in the era of 'AI changing the web'?" HeartCore Inc. 12:20 PM - 12:35 PM "Shall we maximize operational efficiency and results through CMS implementation tailored to challenges?" NTT Data Business Brains Inc.

The use of AI in the manufacturing industry has continued to evolve since the national projects of the 1980s, and now automation and efficiency improvements are advancing across a wide range of areas, from inspection tasks to parts design. However, in actual workplaces, there are many companies that find themselves unable to fully leverage AI and digital transformation (DX) due to past experiences of abandoning implementation due to technical constraints and reliance on paper or Excel for information management. These barriers to implementation are often attributed to a lack of resources such as technology, funding, and personnel, but recent advancements in no-code tools and AI specialized for specific fields have significantly lowered these hurdles. In this seminar, Futsupa Co., Ltd., which has developed and implemented AI solutions in numerous manufacturing sites, and Asteria Co., Ltd., which has supported field-led DX with no-code, will co-host a discussion on examples of efficiency improvements in manufacturing sites.