MACOME CORPORATION Product Lineup

The detection body consists of two components: a "sleeve" and a "probe" for the detection part. A high-frequency magnetic field is generated on the probe side, creating electromagnetic induction coupling between the sleeve and the probe. When the sleeve displaces relative to the probe, changes occur in the electromagnetic induction coupling, and this change is converted into voltage output (the relative position of the sleeve and probe is output as a displacement amount in a voltage range of 1-5V). Since the sleeve and probe have a completely non-contact structure, there is no deformation or failure due to friction. We also accept various customizations such as mounting brackets and connectors. Please feel free to consult us. 【Main Features】 ■ Two models available: the integrated detector 'ET-850' and the separated type 'ET-851A' ■ The probe is made of stainless steel, ensuring both robustness and durability ■ The protective structure complies with IP-67, providing high dust and waterproof performance ■ Power supply voltage: DC 10-30V *For more details, please download the catalog or contact us.

"MP-620 Series" Linear Displacement Sensor Utilizing multiple uniquely developed detection elements called "saturable coils," it detects the relative position to the detection body (magnet) non-contactly and provides linear output (voltage/current). Since each detection element captures the positional changes of the detection body (magnet), disturbances in output due to vibration or shock are almost nonexistent. The sensor part and the detection body are completely separated (8mm ± 2mm), preventing the generation of wear particles from contact. It is also suitable for absolute position detection of magnets embedded in oil pneumatic cylinders, etc. (Absolute). Ideal for measuring displacement in robotic arms and similar applications. 【Main Features】 ■ Power supply voltage DC +24V ■ Output MP-620 (voltage output 1-5V) MP-621 (current output 4-20mA) ■ Effective length 100mm to 800mm * Please consult for lengths over 800mm (maximum support up to 1600mm) ■ Repetition accuracy within 0.1mm ■ Capable of detecting various magnets compared to our conventional linear displacement sensors * Adjustments may be necessary. ■ Compared to our sleeve sensors, it has very little dead space and is compact. * There is also a small type MP-4731 with a 15mm stroke.

The detection body consists of two components: the "sleeve" and the "probe" of the detection part. A high-frequency magnetic field is generated on the probe side, creating electromagnetic induction coupling between the sleeve and the probe. When the sleeve displaces relative to the probe, changes occur in the electromagnetic induction coupling, which are converted into voltage and output (the relative position of the sleeve and probe is output as a displacement amount in a voltage range of 1-5V). Since the sleeve and probe have a completely non-contact structure, there is no deformation or failure due to friction. 【Main Features】 ■ Two models available: the integrated detector 'ET-850' and the separated type 'ET-851A' ■ The probe is made of stainless steel, ensuring both robustness and durability ■ The protective structure complies with IP-67, providing high dust and water resistance ■ Power supply voltage DC10-30V ■ No need for origin return after a power outage *For more details, please download the catalog or contact us.

The detection body consists of two components: the "sleeve" and the "probe." A high-frequency magnetic field is generated on the probe side, creating electromagnetic induction coupling with the sleeve. When the sleeve displaces relative to the probe, changes occur in the electromagnetic induction coupling, which are converted into voltage output (the relative position of the sleeve and probe is output as a displacement amount in the range of 1-5V). Since the sleeve and probe have a completely non-contact structure, there is no deformation or failure due to friction. 【Main Features】 - Two models available: the integrated detector 'ET-850' and the separated type 'ET-851A.' - The probe is made of stainless steel, ensuring both robustness and durability. - The protective structure complies with IP-67, providing high dust and water resistance. - Power supply voltage: DC 10-30V. Custom options available for mounting and shape. An image of a differential transformer (LVDT) reversed. *For more details, please download the catalog or contact us.*

Makome Research Institute is releasing publicly available CAD data. dxf (DXF), igs (IGS), stp (STP) 3D data will be added and released as needed. If it is not listed, we will respond on a case-by-case basis, so please let us know. We will create and provide it as quickly as possible. (Please note that some products may not be available for specific users.) While the CAD data is created with the utmost care, we make no guarantees regarding its content. In the event of any omissions or errors in the CAD data information, Makome Research Institute cannot provide any guarantees. *For more details, please contact us.

In automotive suspension systems, accurately understanding the stroke amount in response to road surface inputs is crucial for balancing ride comfort and driving performance. Especially when considering use in harsh environments, sensors that are resistant to vibrations and shocks and possess high durability are required. The MP-620 series detects positions without contact, reducing the generation of wear particles and enabling stable measurements over long periods. It accurately captures the movement of the suspension and contributes to improving vehicle performance. 【Application Scenarios】 - Measurement of suspension stroke amounts in automobiles - Performance evaluation of shock absorbers - Feedback control for height adjustment systems 【Benefits of Implementation】 - High durability through non-contact measurement - Suppression of malfunctions due to vibrations and shocks - Improvement in vehicle performance through accurate position information acquisition

In the display manufacturing industry, the precise adjustment of panel positioning is a crucial factor that affects product quality and performance. In particular, vibrations and shocks during the manufacturing process can cause misalignment, potentially leading to the production of defective products. The non-contact linear displacement sensor MP-620 is designed to be less affected by vibrations and shocks, achieving high-precision position detection to address challenges in panel adjustment. This contributes to improved product quality and increased yield. 【Application Scenarios】 - Panel position adjustment on display manufacturing lines - Transporting and positioning panels with robotic arms - Measuring panel dimensions in inspection equipment 【Benefits of Implementation】 - Improved quality through high-precision position detection - Prevention of damage to products through non-contact measurement - Stable measurements due to a design that is resistant to vibrations and shocks - Reduced adjustment time and increased productivity

In the energy industry, turbine monitoring is crucial for early detection of equipment anomalies and maintaining stable operations. Turbines operate under high temperature and pressure, requiring accurate measurement of vibrations and displacements. Traditional contact-type sensors carry risks of wear and failure, potentially increasing maintenance costs. The MP-620 series detects turbine positions non-contactly, making it less susceptible to the effects of vibrations and shocks, thus enabling stable measurements. 【Application Scenarios】 - Monitoring turbine shaft positions - Monitoring blade vibrations - Detecting equipment anomalies 【Benefits of Implementation】 - Reduced maintenance costs through non-contact measurement - Early anomaly detection through high-precision measurements - Increased productivity due to stable operations

In the food processing industry, accurate measurement is crucial for ensuring product quality and safety. In particular, non-contact measurement is required to avoid the risk of foreign object contamination. Additionally, stable measurement capability is essential even in environments with high levels of vibration and shock. The MP-620 series reduces the risk of foreign object contamination in food by performing detection without contact. Its design, which is resistant to vibration and shock, enables a stable weighing process. 【Usage Scenarios】 - Position detection for food filling machines - Accurate position measurement for weighing systems - Position control for packaging machinery 【Benefits of Implementation】 - Reduced risk of foreign object contamination through non-contact measurement - Stable measurement even in vibrating environments - Improved product quality through high-precision positioning

In the textile industry, precise management of tension during the manufacturing process of threads and fabrics is a crucial factor that affects quality. Inappropriate tension can lead to thread breakage and fabric distortion, potentially resulting in defective products. Our non-contact linear displacement sensor MP-620 detects the position of threads and fabrics without contact, supporting tension management. 【Application Scenarios】 - Tension adjustment for thread winding machines - Control of fabric transport - Thread feeding control for weaving machines 【Benefits of Implementation】 - Non-contact operation prevents damage to threads and fabrics - High-precision position detection allows for accurate tension management - Improvement in product quality and yield enhancement

In the automotive industry's suspension systems, accurate measurement of stroke length is essential to balance driving performance and ride comfort. To accurately understand the vehicle's movements over road irregularities and curves, high-precision displacement sensors are required for appropriate damping control. Traditional contact-type sensors have risks of malfunction due to wear and foreign material adhesion, but the ET series solves these problems with its non-contact structure. 【Usage Scenarios】 - Measurement of suspension stroke length - Feedback for height adjustment systems - Body posture control during driving 【Benefits of Implementation】 - Improved driving performance through high-precision position measurement - High durability due to non-contact structure - Stable operation in harsh environments

In the aerospace industry, it is crucial to detect structural anomalies early to ensure the safety and reliability of aircraft. Particularly in harsh environments and during long-term operations, it is necessary to accurately measure even slight displacements or deformations of structures to capture signs of abnormalities. The ET series non-contact displacement sensors reduce the risk of deterioration and failure due to friction through their non-contact design, enabling stable measurements over extended periods. 【Application Scenarios】 - Displacement measurement of aircraft wings and fuselage - Structural monitoring of rockets and satellites - Structural integrity assessment of space stations and probes 【Benefits of Implementation】 - High reliability through non-contact measurement - Long-term stable operation in harsh environments - Improved safety through early anomaly detection

In the robotics industry, precise positioning and motion control are required. Particularly in manufacturing lines, the transportation and assembly of parts demand high accuracy and reliability. Traditional contact-type sensors carry risks of wear and failure, which can lead to maintenance costs. The ET series reduces the risks of wear and failure through its non-contact structure, achieving stable operation. 【Application Scenarios】 - Position detection of robotic arms - Detection of the presence or absence of workpieces - Control of the opening and closing of robotic hands 【Benefits of Implementation】 - Improved work efficiency through high-precision positioning - Increased lifespan and reduced maintenance costs due to the non-contact structure - High environmental resistance compliant with IP-67 standards