We will be exhibiting at the "27th Monozukuri World [Osaka] Machine Element Technology Exhibition" held at Intex Osaka.

Top brand of DC micro motor drive systems in Germany and Switzerland: Faulhaber. Delivering cutting-edge technology worldwide.

The FAULHABER motion controller integrated brushless DC servo motor 2232…BX4 IMC RS/CO has a total length of 49.6 mm and an output shaft diameter of 22 mm. It can be set within a speed range of 1 ... 13000 (rpm) and can operate with a maximum torque of 36 (mNm).

• Brushless DC Motor

Top brand of DC micro motor drive systems in Germany and Switzerland: Faulhaber. Delivering cutting-edge technology worldwide.

The FAULHABER motion controller integrated brushless DC servo motor 2250...BX4 IMC RS/CO has a total length of 67.6 mm and an output shaft diameter of 22 mm. It can be set within a speed range of 1 ... 10500 (rpm) and can operate with a maximum torque of 54 (mNm).

• Brushless DC Motor

A flat-type servo motor with a long-lasting brushless rectifier and a high volume-to-output ratio. Combined with a gear head to achieve the desired output.

The FULHABER brushless flat DC servo motor 2214…BXT R has a diameter of 22 mm and a total length of 14 mm, and it can be set within a speed range of 10,000 (rpm), capable of driving with a maximum torque of 29.6 (mNm).

• Brushless DC Motor

A flat-type servo motor with a long lifespan brushless rectifier, featuring a high volume-to-output ratio. Combined with a gear head to achieve the desired output.

The FULHABER brushless flat DC servo motor 3216…BXT R has a diameter of 32 mm and a total length of 16 mm, and it can be set within a speed range of 10,000 (rpm), capable of driving with a maximum torque of 263 (mNm).

• Brushless DC Motor

A flat-type servo motor with a long-lasting brushless rectifier and a high volume-to-output ratio. Combined with a gear head to achieve the desired output.

The FULHABER brushless flat DC servo motor 4221…BXT R has a diameter of 42 mm and a total length of 21 mm. It can be set within a speed range of 10,000 rpm and can operate with a maximum torque of 1390 mNm.

• Brushless DC Motor

A flat-type servo motor with a long-lasting brushless rectifier and a high volume-to-output ratio. Combined with a gear head to achieve the desired output.

The FULHABER brushless flat DC servo motor 2214…BXT H has an outer diameter of 22 mm and a total length of 14 mm, and it can be set within a speed range of 10,000 (rpm), capable of driving with a maximum torque of 29.6 (mNm).

• Brushless DC Motor

A flat-type servo motor with a long lifespan brushless rectifier and high volume-to-output ratio. Achieves the desired output when combined with a gear head.

The FULHABER brushless flat DC servo motor 3216…BXT H has an outer diameter of 32 mm and a total length of 16 mm. It can be set within a speed range of 10,000 (rpm) and can operate with a maximum torque of 263 (mNm).

• Brushless DC Motor

A flat-type servo motor with a long-lasting brushless rectifier and a high volume-to-output ratio. Combined with a gear head to achieve the desired output.

The FULHABER brushless flat DC servo motor 4221…BXT H has an outer diameter of 42 mm and a total length of 21 mm. It can be set within a speed range of 10,000 (rpm) and can operate with a maximum torque of 1390 (mNm).

• Brushless DC Motor

Excellent thrust-to-volume ratio. No residual thrust. Moreover, both acceleration and repeat position accuracy are at a high level.

The FAULHABER linear DC servo motor, LM 0830 … 01, features a gear head with an output shaft diameter of 0.03 mm and a maximum thrust of 2.74 N, with a stroke range of 15 ... 40 mm, reproducibility of 40 μm, accuracy of 120 μm, and a maximum speed of 2.4 m/s.

• DC Motor

Excellent thrust-to-volume ratio. No residual thrust. Moreover, the acceleration and repeat position accuracy are also at a high level.

The FAULHABER linear DC servo motor, LM 1247…11, is equipped with a gear head with an output shaft diameter of 6 mm and a maximum thrust of 10.7 N, with a stroke range of 20 ... 120 mm, reproducibility of 40 μm, accuracy of 120 μm, and a maximum speed of 3.2 m/s.

• DC Motor

Excellent thrust relative to volume ratio. No residual thrust. Moreover, both acceleration and repeat position accuracy are at a high level.

The FAULHABER linear DC servo motor, LM 1247…12, is equipped with a gear head that has an output shaft diameter of 6 mm and a maximum thrust of 10.7 N, with a stroke range of 20 ... 120 mm, reproducibility of 80 μm, accuracy of 200 μm, and a maximum speed of 3.2 m/s.

• DC Motor

Excellent thrust relative to volume ratio. No residual thrust. Moreover, both acceleration and repeat position accuracy are at a high level.

The FAULHABER linear DC servo motor, LM 1483…11, is equipped with a gear head that has an output shaft diameter of 2 mm and a maximum thrust of 18.4 N, with a stroke of 20 ... 80 mm, reproducibility of 40 μm, accuracy of 180 μm, and can operate at a maximum speed of 3.4 m/s.

• DC Motor

Excellent thrust-to-volume ratio. No residual thrust. Moreover, both acceleration and repeat position accuracy are at a high level.

The FAULHABER linear DC servo motor, LM 1483…12, is equipped with a gear head that has an output shaft diameter of 2 mm and a maximum thrust of 18.4 N, with a stroke of 20 … 80 mm, reproducibility of 80 μm, accuracy of 260 μm, and a maximum speed of 3.4 m/s.

• DC Motor

Excellent thrust-to-volume ratio. No residual thrust. Moreover, both acceleration and repeat position accuracy are at a high level.

The FAULHABER linear DC servo motor, LM 2070…11, is equipped with a gear head with an output shaft diameter of 2 mm and a maximum thrust of 27.6 N, with a stroke of 40 ... 220 mm. It has a reproducibility of 60 μm, an accuracy of 200 μm, and can operate at a maximum speed of 2.8 m/s.

• DC Motor

Excellent thrust-to-volume ratio. No residual thrust. Moreover, both acceleration and repeat position accuracy are at a high level.

The FAULHABER linear DC servo motor, LM 2070…12, is equipped with a gear head with an output shaft diameter of 2 mm and a maximum thrust of 27.6 N, with a stroke of 40 ... 220 mm, reproducibility of 100 μm, accuracy of 500 μm, and can be driven at a maximum speed of 2.8 m/s.

• DC Motor

The new compact versions of the linear actuators "L Series" utilizing the latest GPT gear technology: "06L/08L/10L" series.

The FAULHABER gearhead linear actuator, high load 06L ... HL, can be driven with a motor diameter of 6mm and a maximum pulse count of 12000 min⁻¹ per revolution.

• DC Motor

The new compact version of the linear actuators "L Series" utilizing the latest GPT gear technology, the "06L/08L/10L" series.

The FAULHABER gearhead linear actuator, high load 06L ... SL, can be driven with a motor diameter of 6mm and a maximum pulse count of 12000 min⁻¹ per revolution.

• DC Motor

The new compact version of the linear actuator "L Series" utilizing the latest GPT gear technology, the "06L/08L/10L" series.

The FAULHABER gearhead linear actuator, high load 08L ... HL, can be driven with a motor diameter of 8mm and a maximum pulse count of 12000 min⁻¹ per revolution.

• DC Motor

The new compact version of the linear actuator "L Series" utilizing the latest GPT gear technology, the "06L/08L/10L" series.

The FAULHABER gearhead linear actuator, high load 08L ... SL, can be driven with a motor diameter of 8mm and a maximum pulse count of 12000 min⁻¹ per revolution.

• DC Motor

The new compact version of the linear actuator "L Series" utilizing the latest GPT gear technology, the "06L/08L/10L" series.

FAULHABER's gearhead linear actuator, high load 10L ... SL can be driven with a motor diameter of 10mm and a maximum pulse count of 12000 min⁻¹ per revolution.

• DC Motor

Nitto Kohki will be exhibiting at the "Data Center EXPO" held at Makuhari Messe Hall 1 from Wednesday, October 23 to Friday, October 25. [Booth Number: A6-23] At this exhibition, we will showcase the "Compact Zero Spill Coupler," which is specifically designed for data centers, including supercomputers. We will also present the "Blind Mate Type," a fitting exclusively for server cooling piping, as a reference exhibit.

In this seminar, we will clearly introduce "how to organize a complicated IT infrastructure and envision the future" by incorporating specific processes and examples of IT infrastructure planning. It is designed for IT department heads who feel challenges with the current state of their IT infrastructure, allowing them to envision it in the context of their own environment. <Program> - Opening - What is the upstream process of IT infrastructure? - Thinking together about the future of IT infrastructure - Upstream process of IT infrastructure - Q&A <Recommended for> - IT department heads who make decisions on the implementation of IT infrastructure *Applications from competing companies may be declined.

[Speaker] Kenji Kikuchi, Executive Fellow, MDB Business Division, Japan Management Association Research Institute [Lecture Topics] 1. Important latest research trends to consider for the future 2. Latest business information gathering methods for future insights 3. Case studies on information gathering - perspectives on information collection and utilization 4. "Future insights" perspectives that leaders and personnel responsible for expanding existing businesses, new businesses, new product development, and exploring new applications should know 5. Introduction of the latest business information sources to pay attention to in the AI era for "future insights" 6. Q&A / Business card exchange

[Speaker] NTT ME Corporation Director of Social Infrastructure Design Department, Mr. Osamu Sasaki [Key Lecture Content] Starting from the challenges faced through the maintenance and operation of the vast communication infrastructure owned by NTT East Japan, such as aging equipment, a shortage of workforce, and the intensification of disasters, we will organize the structural issues that the entire social infrastructure sector, including roads and water supply and sewage systems, faces. Based on this, we will present ideas for realizing sustainable social infrastructure, including the transition to smart maintenance and preventive maintenance utilizing accumulated data. Furthermore, we will introduce the direction of initiatives considered by NTT East Japan, future prospects, and remaining challenges. [Lecture Items] 1. Past initiatives and challenges at NTT East Japan 2. Challenges faced by the social infrastructure sector 3. Towards the realization of sustainable social infrastructure 4. Direction of initiatives considered by NTT East Japan 5. Future initiatives and challenges 6. Q&A / Business card exchange

This is a seminar to support obtaining the qualification of Mechanical Condition Monitoring and Diagnostic Technician (Vibration), a specialist in monitoring and diagnosing the vibration state of machinery and equipment. By attending this seminar and passing the certification exam, you will receive certification as a Category 2 Mechanical Condition Monitoring and Diagnostic Technician (Vibration) in accordance with ISO 18436-2. In this seminar, you will thoroughly learn about vibration analysis diagnosis and condition monitoring technology for rotating machinery over five days. It is an ideal seminar for those who want to improve their vibration measurement and analysis diagnostic skills, those who are struggling with vibration issues in machinery and want to incorporate vibration condition monitoring and diagnosis, and those who wish to obtain qualifications to enhance their credentials. We will provide clear lectures on vibration analysis diagnostic techniques cultivated through rotating machinery maintenance. A new factory will be opened in 2026, and the seminar room has also been newly renovated, significantly increasing the capacity! We encourage you to take this opportunity to attend.