We will exhibit at MEX Kanazawa 2024 (the 60th Kanazawa Machine Industry Exhibition).

Solving the problems of ball screw transport such as deflection, speed limitations, large diameter, and larger motors! Achieving high speed and high transport capacity in a compact space with a helical rack.

Our rack and pinion direct drive system combines "high precision, high speed, high load capacity, high durability, and long length." It can transport weights in the ton class with high speed and high precision. Since the rack is installed directly on the machine bed, there is no need to worry about the "deflection" that occurs with ball screws. With a planetary gear reducer that has a minimum backlash of 1 arcmin and a rack with a cumulative pitch error of at least 30 μm per 1000 mm, extremely high precision positioning is achievable. The rack can be up to 2 meters long, but it can also be extended by aligning multiple racks together for longer lengths.

• gear
• Power Transmission Equipment
• Gearbox

Achieves high driving force and precise positioning with a high-precision, high-rigidity planetary gear reducer. By switching to reinforced bearings, it is possible to increase the allowable axial and radial loads.

Stover's planetary gear reducer achieves high precision, high rigidity, and high efficiency through technologies such as helical gears and internally geared components that are integrally molded with the housing. By using four planetary gears, it offers a lineup of coaxial types ranging from the PHQ/PHQA type, which has very high torque, precision, and rigidity, to the economy type PE. Additionally, by combining with bevel gears, an orthogonal axis type is also available. 【Features】 ■ Improved positioning accuracy with high precision and high rigidity ■ A wide variety of shafts, outputs, and reduction ratios available ■ Possible to change to reinforced bearings (axial and radial) ■ Maintenance-free with no need for lubrication oil replacement

• Power Transmission Equipment
• Gearbox
• Other machine elements

Full power output on orthogonal axes - planetary gear servo motor.

You can use a bevel gear combined with a high-precision, high-rigidity, and high-efficiency planetary gear mechanism as an orthogonal axis planetary gear servo geared motor. We have combined a high-precision, orthogonal axis planetary gear reducer that can be installed in a small space with an ultra-compact and dynamic synchronous servo motor. This is an orthogonal axis planetary gear geared servo motor that meets stringent conditions such as smooth drive, high efficiency, and long lifespan.

• Power Transmission Equipment
• Gearbox
• Servo motor

High-precision positioning and speed control are also possible; the next-generation servo geared motor features a compact design that is the smallest on the market with this level of versatility.

High-precision motion control is possible with the combination of a high-performance planetary gear reducer and a servo motor. ◇ More compact than a reducer + servo motor ◇ Reduced installation work for the servo motor ◇ Motion control is possible not only with EtherCAT and PROFINET control but also without programming Compared to the previous model, driving efficiency has improved by 65%. Since a motor adapter is not required, the dynamics of the power can be fully utilized. Please give it a try.

• Power Transmission Equipment
• Gearbox
• Servo motor

Achieves maximum torque and dynamic movement with an ultra-compact structure.

New Definition of Drive Efficiency: Synchronous Servo Motors Ultra-compact design, maximum torque, dynamic operation. The STOBER power motor, synchronous servo motor "EZ series," achieves these characteristics simultaneously. This class of motors realizes unparalleled high performance and has succeeded in reducing size in the length direction. Various encoders and holding brakes can be selected for all models of the synchronous servo motor. The synchronous servo motor EZ series uses permanent magnets for excitation and replaces the commutator with electronic circuits, making it a brushless motor. It is available in various performance specifications. In the components of the stator and rotor, the shape is optimized to maximize energy utilization and achieve different characteristics. Torque ripple is minimized, achieving high drive efficiency.

• Power Transmission Equipment
• Servo motor
• Other motors

STOBER's asynchronous motors are certified class IE3. They are particularly excellent in load resistance.

The asynchronous motors from STOBER, designed as cage-type induction motors, demonstrate high performance across a variety of applications. The versatility of asynchronous motors is one of their key features. This motor can be utilized in a wide range of fields, including conveyor systems, pump and fan drives. At the core of this is the highly efficient drive shaft. STOBER's asynchronous motors have obtained certification for Class IE3 as defined by IEC 60034-30, classifying them as Premium Efficiency motors. In other words, they are particularly outstanding in terms of profitability from an energy perspective.

• Power Transmission Equipment
• Other motors

A lean motor is a motor without an encoder, capable of position control and speed control similar to a servo motor.

The Lean Motor "LM Series" is smaller and lighter than asynchronous motors of the same class, while demonstrating superior energy efficiency with Class IE5 certification. At the same time, it is also a desirable feature that it is more durable and lower in price than servo motors. The Lean Motor is a motor without an encoder, capable of position control and speed control similar to servo motors. Its energy efficiency is IE5, making it a highly efficient motor. Like servo geared motors, it can also be purchased as a Lean Geared Motor in combination with a reduction mechanism.

• Power Transmission Equipment
• Servo motor
• Other motors

Reliable orthogonal transmission of motor power Helical bevel reducer Orthogonal axis reducer that can also accommodate cables through the rotating shaft

The Stover KS-type reducer is a compact and high-performance right-angle gearbox. It is ideal for applications with limited space in the direction of the rotating shaft. 【Features】 ■ Allows cables and pipes to pass through the rotating shaft ■ Smooth operation with optimized helical gears ■ High drive efficiency (93-95%) ■ Compact yet high rigidity and high precision ■ Extensive product lineup ■ Outstanding maximum allowable rotational speed for the input shaft ■ Maintenance-free with no need for oil changes

• Gearbox
• Other machine elements
• Other motors

High-performance, long-lasting industrial gear reducer that boasts smooth operation. It is ideal for transmitting power and motion orthogonally in a small space.

<KL Type> It is a very compact and lightweight orthogonal axis reducer. It is suitable for applications requiring reduction in small sizes and high torque. <K Type> It is a standard orthogonal axis reducer with a variety of torsional backlash options and a wide range of rotational torque.

• Gearbox
• Other machine elements
• Other motors

Leave the control to STOBER. 6th generation drive controller.

From high-performance systems and highly efficient multi-axis applications to compact modules, STOBER's sixth-generation controllers are versatile for any application. The lineup includes the compact SC6 for achieving compact systems, the slim and dynamic SI6 for multi-axis drive systems, and the flexible all-rounder SD6. These three series are combinable. STOBER's servo geared motors, servo motors, and lean motors offer motion control that can be executed not only through conventional motion control methods responding to control commands from a PLC but also through standalone drive controllers (servo amplifiers), enabling modularization of motion control. With standalone motion control via drive controllers, it is possible to directly input parameters such as travel distance, speed, and acceleration for each motion. By specifying the sequence of operations for each motion, the motion control settings can be completed. There is no need to convert the movements of each motion into pulse sequences or blocks, and motion control can be achieved without programming, such as with ladder logic.

• controller
• Servo
• Other FA equipment

Fastest in 1 minute! Quickly complete the selection of reduction gears online. Drawings, CAD data, and quotation requests all in one stop.

We have launched a product selection site to assist in the selection of Stober's gear reducers and rack and pinion linear motion systems. 【Features】 ■ Easily input and modify required specifications such as necessary torque, reduction ratio, transport capacity, and transport speed ■ Visually display a list of products that match the required specifications ■ Save selected products ■ Download CAD data and dimension drawings ■ Share selected products ■ Request quotes for selected products *The slide bar is convenient for specifying necessary torque, etc.! https://configurator.stober.com/ja-JP/?shop=SAT

• Gearbox
• Other machine elements
• Servo motor

Recently, we held technical training sessions for the MilkoScan FT3 at five locations nationwide. In this training, we provided a wide range of useful information for operating the equipment, including explanations of the principles and structure of the device, how to create measurement products, daily maintenance, and how to respond to issues when they arise. Additionally, this year we introduced new methods for utilizing digital services (such as FossCalibrator and IQX) and also prepared hands-on sessions where participants could experience operating the equipment using a PC. Thank you to everyone who participated. Please feel free to contact us with any questions after the training. ------- At Foss Japan, in addition to training sessions and workshops to ensure you can use our equipment with confidence, we hold many events throughout the year. In seminars and open houses tailored to specific industries and analytical techniques, we showcase Foss's latest analytical solutions. -------

[Lecturers] EY Strategy and Consulting Co., Ltd. Infrastructure Advisory Partner Kenichiro Fukuda Strategy Partner Ken Fujiyama Infrastructure Advisory Director Takashi Matsumura [Key Lecture Content] The water supply and sewage business is facing structural challenges such as facility aging, a shortage of workforce, and a decrease in revenue due to population decline. The government is promoting the introduction of Water PPPs, regional consolidation, and the digital transformation of water supply and sewage systems, marking a significant turning point in the way these businesses are operated. This change is expanding business opportunities for private companies in various areas, including operation and maintenance, pipeline renewal, digital technology, and the utilization of smart meters and data. Additionally, as a means of expanding business domains and enhancing competitiveness, there has been an increase in capital and operational partnerships and M&A between companies, leading to industry restructuring. In this seminar, based on the latest trends in policy and the market, we will introduce business strategies for private companies to enter and expand in the water supply and sewage market, including the use of M&A and capital operational partnerships, drawing on achievements from both public and private support.

[Lecturer] Koichi Iwama, Professor, Faculty of Economics and Management, Wako University / Chairman, Resource Economics Committee, Petroleum Technology Association [Key Lecture Content] In light of the prolonged crisis in the Strait of Hormuz, what will happen to the development of shale gas and shale oil in the United States moving forward? After the midterm elections, what will be the international LNG prices under the Trump administration after winter 2027? How will Japan's business strategies related to LNG projects grow? A leading expert on the shale gas and shale oil revolutions will clearly explain the future outlook.

[Lecture Items] 1. Initiatives for Promoting Smart Cities at the Ministry of Land, Infrastructure, Transport and Tourism Ministry of Land, Infrastructure, Transport and Tourism, Urban Bureau, International and Digital Policy Division, Digital Information Utilization Promotion Office Planning Specialist Mr. Masahiro Kobayashi 1. Initiatives to Promote the Spread of Smart Cities 2. Promotion of the Development and Utilization of 3D Urban Models in Project PLATEAU 3. Q&A / Business Card Exchange 2. Smart Cities in the AI Era - Creating "Light Cities" that Continuously Unleash the Potential of Urban Areas - NTT Urban Solutions Inc., Urban Development Promotion Headquarters, Innovation Promotion Department, Deputy Director NTT Urban Development Corporation, Digital Innovation Promotion Department, Director Mr. Shinya Date 1. Changes in the Environment Surrounding Smart Cities and the Transformation of Urban Development 2. NTT's Vision for Creating "Light Cities" - Urban Development that Continues to Unleash the Potential of Cities 3. Evolution and Value Creation of Smart Cities in an AI-Driven Society 4. Considering Future Urban Models and Co-Creation Possibilities from Social Implementation Cases in Hibiya 5. Q&A / Business Card Exchange

[Speaker] Mitsui & Co., Ltd. Research Institute, Technology and Innovation Information Department Senior Project Manager, Zhao Jian [Key Lecture Content] Low-cost lithium iron phosphate (LFP) lithium-ion batteries are expanding their adoption worldwide. To prepare for future mass emissions, promoting their recycling is essential. However, due to the low material value of LFP batteries, ensuring the profitability of recycling operations has become a challenge. In pursuit of profitability, Chinese companies are seeking economies of scale and integrating battery material manufacturing, while in Europe and other regions, there is a focus on developing high-efficiency and high-purity recovery technologies such as direct recycling. This lecture will explain the current status, challenges, latest trends in technology development, and the impact on the battery supply chain regarding LFP battery recycling. [Lecture Items] 1. The necessity of LFP battery recycling 2. The current status of LFP battery recycling 3. Efforts to improve the profitability of LFP battery recycling 4. Impact on the supply chain & summary 5. Q&A / Business card exchange