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Motor Product List and Ranking from 412 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated: Aggregation Period:Sep 30, 2026~Oct 27, 2026
This ranking is based on the number of page views on our site.

Motor Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Sep 30, 2026~Oct 27, 2026
This ranking is based on the number of page views on our site.

  1. Ally Japan 横浜本社 Kanagawa//Electronic Components and Semiconductors
  2. CLUW Inc. Kanagawa//Machine elements and parts
  3. Corelss Motor Co.,ltd HQ Kanagawa//Machine elements and parts
  4. 4 廣澤精機製作所 モーター事業部 Ibaraki//Industrial Electrical Equipment
  5. 5 YTK Osaka//Machine elements and parts

Motor Product ranking

Last Updated: Aggregation Period:Sep 30, 2026~Oct 27, 2026
This ranking is based on the number of page views on our site.

  1. EV Conversion Kit (Light Vehicle Type) for Electric Vehicles ツシマエレクトリック
  2. [Information] Guide for Replacing MR-J4 Series with J5 Series 藤川伝導機
  3. ☆Long lifespan☆Free [Sample available] Brushless coin-type vibration motor Ally Japan 横浜本社
  4. 4 Linear rotary motor (manufactured by LinMot) バルテックインターナショナル
  5. 4 ☆Long lifespan☆【Sample available】Ultra-small brushless coin-type vibration motor Ally Japan 横浜本社

Motor Product List

3121~3150 item / All 3158 items

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Space-saving design of AGV: Wheel-type motor for heavy loads

Explanation of weight reduction of the vehicle body through the substitution of lead with lithium. A wheel motor that can be considered for space-saving in the undercarriage of heavy AGVs.

In the design of AGVs (Automated Guided Vehicles) for transporting heavy loads, "lightweight vehicle bodies" and "securing internal space" have been long-standing challenges. Conventional lead-acid batteries have low energy density and are very heavy, so to ensure the necessary operating time, the batteries themselves become enormous, occupying a significant portion of the vehicle's weight. By switching to lithium-ion batteries, the weight can be reduced to about one-third and the volume to about one-half for the same capacity. This creates more space inside the vehicle body, enabling a lower floor design and an increase in maximum load capacity. The "Wheel Gear Motor (WGM Series)" that we handle is a motor unit that can be considered for the undercarriage of heavy load AGVs, further leveraging the advantages of space-saving design brought about by lithium batteries.

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  • Brushless DC Motor
  • Trolley
  • Transport and handling robots
  • Motor

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Servo motor for processing machine of weldless method for square steel pipe columns.

Explanation of the non-welded joint method and labor-saving technology at construction sites. Servo motors that can be considered for the drive shafts of joint and steel pipe factory processing equipment.

In steel frame construction, the connection of square steel pipe columns has traditionally relied on "on-site welding" performed by skilled workers. However, a severe shortage of welders, delays in construction schedules due to weather, and the risks of discrepancies during high-altitude work have become significant challenges in the construction industry. As a solution, the "on-site non-welding joint method," represented by column couplers, is gaining popularity. By eliminating arc welding work on-site and replacing it with mechanical connections using bolts, consistent construction quality can be ensured regardless of weather conditions and without the need for specialized skills. Safety is also improved since no open flames are used, and significant reductions in construction time are expected. However, to facilitate smooth non-welding connections on-site, it is essential to perform highly precise dimensional processing (cutting, drilling, etc.) on joint components and steel materials during the factory production stage. The "AC Servo Motor (CMS Series)" that we handle is a motor that can be considered as a driving axis for precision processing machines and automation lines for construction steel materials, fundamentally supporting such non-welding methods.

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  • Servo motor
  • Servo
  • Other transport machines and equipment
  • Motor

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PFAS-free ultrasonic cleaning machine pump motor

Explaining PFAS regulations and the establishment of cleaning processes in light of European REACH. Motors that can be considered for pumps and transport drives in cleaning machines.

In the cleaning process of industrial parts, responding to regulations regarding "PFAS (per- and polyfluoroalkyl substances)" has become urgent. While domestic regulations in Japan are limited to certain substances, discussions are underway in Europe regarding "comprehensive regulations" targeting over 10,000 types of PFAS under the REACH regulation, making it essential for globally operating manufacturers to switch to PFAS-free cleaning agents. However, changing the cleaning agent alters the surface tension and permeability of the liquid, so simply replacing the liquid will not maintain the traditional cleaning quality. It is necessary to review the entire "mechanical cleaning process," including adjustments to cavitation (microbubbles) in ultrasonic cleaning, spray pressure during shower cleaning, circulation flow rate of the cleaning solution, and immersion time of the workpieces (conveyor speed). Our "Brushless Motors (CMH Series)" can be considered as drive motors that flexibly control the flow rate of the circulation pump for the cleaning solution and the speed of the conveyor, in accordance with the characteristics of these new PFAS-free cleaning agents.

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  • Brushless DC Motor
  • DC Motor
  • DC Motor
  • Motor

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[Board Traceability] Servo Motor for SMT Transport and Positioning

Explanation of laser printing on substrates and SMT line integration technology. Servo motors supporting traceability with precise stop accuracy.

In the quality assurance of electronic devices, the importance of "traceability" in tracking the manufacturing history and components used for printed circuit boards (PCBs) is increasing. When assigning serial numbers or two-dimensional codes (QR or DataMatrix) to the boards, it was common to use labels in the past; however, there was a risk of peeling or smudging due to the high temperatures (around 250°C) in the reflow oven. Therefore, it has now become mainstream to incorporate a laser marker at the front of the SMT (Surface Mount Technology) line (before the solder printer and mounter), which directly burns the solder resist of the board using a laser (peeling and coloring). The key to successfully achieving this laser printing is "the accurate stopping and positioning of the board." To print extremely small two-dimensional codes and read them accurately with a camera in the subsequent process, the board must stop on the conveyor without any millimeter-level shifts or vibrations. The "AC Servo Motor (CMS Series)" that we handle is a motor that can be considered as the driving axis for precise board transport and positioning mechanisms such as laser markers in these SMT lines.

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  • Servo motor
  • Servo
  • Other transport machines and equipment
  • Motor

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【Boat Bottom Paint and Additive Manufacturing】High-Power Motors for Mixers and Pumps

Explanation of the manufacturing process for anti-fouling paint that prevents barnacles. High-output motors suitable for stirring high-viscosity liquids and driving pumps.

Marine organisms such as "barnacles," which lead to deteriorating fuel efficiency and reduced navigational capabilities of vessels. To prevent these from adhering to the hull and significantly reduce maintenance labor and annual maintenance costs, antifouling paint containing additives is essential. In factories that manufacture such specialized paints and additives, the "mixing" process, which evenly blends high-viscosity resins and components without inconsistencies, greatly affects quality. Additionally, the "liquid transfer pump" that sends out the completed high-viscosity paint experiences extremely high loads. To ensure stable operation of these mixing machines and high-pressure pumps used in paint manufacturing, a torque-rich power source that can withstand changes in viscosity and resistance is required. Our "low-voltage, high-output coreless motor (CMH series)" is a large-capacity motor with a hall sensor, designed as a tough drive shaft for mixing equipment and paint pumps handling such high-viscosity liquids.

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  • CMS-14.png
  • CMS-10.png
  • GearMotor01.png
  • IMG_3611-fotor-bg-remover-20241105163847.png
  • Brushless DC Motor
  • DC Motor
  • DC Motor
  • Motor

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【切粉脱油・資源再利用】遠心分離機用大出力モータ

切粉からの切削油回収と遠心分離メカニズムを解説。切粉脱油機やリサイクル設備の駆動に検討可能な大出力モータ。

金属加工の現場において、NC旋盤やマシニングセンタ等から排出される「切粉(キリコ)」の処理は大きな課題です。切粉に付着した高価な切削油(金属加工油)を分離・回収して再利用することで、油脂購入費の抑制と廃油処理コストの削減、SDGsに貢献する資源循環が実現できます。 切粉から切削油を効率よく分離・回収する手段として広く採用されているのが「遠心切粉脱油機」です。切粉が入ったバスケットを高速回転させ、遠心力によって油分だけを飛ばして分離します。 この脱油機において、油を含んで重くなった切粉のかたまりをスムーズに加速させ、アンバランスな偏荷重がかかる状態で連続高速回転させるドラム駆動部には、極めて力強く頑丈なモータが必要です。 当社取り扱いの「低電圧・大出力コアードモータ(CMHシリーズ)」は、ホールセンサーを搭載したブラシレスDC仕様の大容量モータであり、こうした遠心切粉脱油機や再資源化処理装置のタフな駆動軸として検討可能な選択肢となります。

  • Brushless DC Motor
  • DC Motor
  • DC Motor
  • Motor

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[Tool Regrinding・Desktop Processing Machine] Cutting Edge Positioning・Drive Motor

Explanation of the setup and automation of a tabletop drill sharpening machine. A stepping motor that can be considered for precise edge sharpening and positioning.

In metal processing factories, the use of "drill sharpening machines" that regrind used drills and end mills without discarding them, thereby extending tool life, is on the rise. These tabletop devices allow anyone to easily achieve accurate cutting edge angles and thinning grinding simply by "aligning visually," without relying on the skills of experienced workers, and they boast high demand as a definitive solution for reducing processing costs. In the design of such tabletop grinders and tool grinding devices, the precision of the "positioning mechanism," which finely controls the cutting edge position of the drill and the grinding approach angle, significantly affects the grinding quality (cutting edge strength and sharpness), in addition to the drive unit that rotates the grinding wheel uniformly at a constant speed. Our "stepping motor series" can be considered as a drive axis for these tabletop grinders and automatic tool regrinding devices, responsible for precise positioning of the grinding head angle adjustment and feed mechanism. They can be utilized as actuators that achieve high reproducibility in grinding precision while keeping costs down without using expensive servo motors.

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  • Stepping motor
  • Stepping motor
  • Other factory equipment and parts
  • Motor

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Plating wastewater treatment and slurry dewatering motor for centrifuges and dryers.

Explanation of the volume reduction of plating sludge and the mechanism for reducing industrial waste costs. High-output motors suitable for centrifugal separation and drum drying equipment, etc.

In surface treatment and plating factories, the disposal costs of heavy metal sludge (dewatered cake) generated from wastewater treatment processes have become a significant financial burden on factory operations. Conventional dewatering using filter presses results in a high moisture content (approximately 70-80%), which causes the disposal weight to increase. To address this issue, the introduction of a "plating wastewater treatment device" that combines centrifugal separation and drum drying is progressing, reducing the moisture content to below 40% and dramatically decreasing waste disposal costs by converting the slurry into powder form. In this system, a "transfer pump" supplies high-density wastewater containing heavy metal slurry, a "centrifugal dewatering drum" generates powerful centrifugal force, and a "screw conveyor" pushes out the solid components that have turned into powder within the drying drum. A highly durable and powerful drive unit that can withstand the resistance of sludge-like materials is essential. Our "low-voltage, high-output coreless motor (CMH series)" is a large-capacity motor with a brushless DC specification equipped with Hall sensors, making it a viable option for the tough drive shaft of such wastewater treatment and volume reduction devices.

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  • CMS-14.png
  • CMS-10.png
  • GearMotor01.png
  • IMG_3611-fotor-bg-remover-20241105163847.png
  • Brushless DC Motor
  • DC Motor
  • DC Motor
  • Motor

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Marine engine lubricating oil cleaning centrifugal separation high-power motor for pumps

Explanation of lubrication oil cleaning and high-precision filtration for marine diesel engines. High-output motors suitable for centrifuges and oil pumps are under consideration.

In large marine vessels, the deterioration of lubricating oil and contamination by foreign substances can lead to seizure of the cylinder bearings, directly resulting in serious navigation failures. It is essential to prevent the intrusion of fine carbon (soot) generated by combustion, metal wear particles, and moisture, and to maintain the cleanliness of the oil quality as a key aspect of preventive maintenance. Therefore, the introduction of a "marine lubricating oil cleaning unit" that combines continuous coarse separation using a centrifuge and high-precision filters (removing particles down to 1μm) is indispensable. In this cleaning unit, the "oil transfer pump" that continuously circulates and supplies high-viscosity lubricating oil, and the drive shaft of the "centrifuge drum" that generates strong centrifugal force, require high durability and reliability to withstand long hours of continuous operation and load fluctuations in the onboard environment. The "low-voltage, high-output coreless motor (CMH series)" that we handle is a large-capacity motor with a brushless DC design equipped with Hall sensors, making it a viable option as a robust power source for such marine lubricating oil cleaning devices and various fluid pumps.

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  • CMS-14.png
  • CMS-10.png
  • GearMotor01.png
  • IMG_3611-fotor-bg-remover-20241105163847.png
  • Brushless DC Motor
  • DC Motor
  • DC Motor
  • Motor

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Seawater piping and biofouling prevention: Motor for intake pump and strainer.

Explanation of the mechanism for preventing barnacle and shellfish attachment on seawater piping. High-output motors that can be considered for water intake pumps and automatic strainer drives.

In seawater cooling lines for power plants, chemical plants, shipbuilding and vessels, and coastal factories, the attachment and proliferation of marine organisms (mollusks) such as barnacles and purple sea urchins inside the piping can lead to significant problems, causing pipe blockages and reduced heat exchange efficiency. The "magnetic foreign matter attachment prevention device," which suppresses the attachment and adhesion of organisms through magnetic force without using chemical agents, is gaining popularity as a solution that dramatically reduces the maintenance effort for piping without imposing an environmental burden. To ensure the stable operation of such seawater intake and cooling systems, the presence of "intake pumps and circulation pumps" that continuously draw large amounts of seawater and "automatic cleaning strainers (valve and scraper mechanism)" that prevent clogging before the piping is essential. Our "low-voltage, high-output coreless motor (CMH series)" is a large-capacity motor with a Hall sensor, and it is a viable option as a robust drive shaft for various pumps and piping maintenance equipment used in such seawater environments.

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  • CMS-1.png
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  • CMS-14.png
  • CMS-10.png
  • GearMotor01.png
  • IMG_3611-fotor-bg-remover-20241105163847.png
  • Brushless DC Motor
  • DC Motor
  • DC Motor
  • Motor

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[Center-stapled binding / Paper folding machine] Thin, low-cost geared motor

Explanation of the structure of saddle-stitched booklet creation and desktop binding tools. Consideration of geared motors for the thinning and cost reduction of printing and binding equipment.

"Center-stitch binding," which is essential for creating brochures, manuals, and booklets, involves folding sheets of paper in half and securing them at the center with staples. Center-stitched booklets are widely used as printed materials that offer good openability and save space. Desktop binding tools and automatic center-stitch binding machines that are active in offices and on-demand printing environments need to incorporate multiple mechanisms, such as paper positioning, staple crimping, and paper folding, within a limited desktop-sized housing. Our "PGM series," which uses parallel axis gears with spur gears, has achieved overwhelming "thinness" and "low cost" in geared motors. While it does not possess the strength of planetary gears, it provides significant advantages as the internal mechanism of binding equipment with thickness limitations and as a drive shaft for paper transport conveyors where multiple units are desired at a lower cost.

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  • Brushless DC Motor
  • Conveyor parts
  • Conveyor
  • Motor

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[Foam Reduction and Automatic Collection] Hub Servo Motor for Collection AGV

Explanation of reducing waste polystyrene through solvent reduction and automatic collection. Consideration of in-wheel motors for collection AGVs and autonomous robots that patrol the site.

In logistics warehouses and manufacturing plants, the large volume of "waste expanded polystyrene" generated as packaging material puts pressure on storage space and significantly increases waste plastic processing costs. A system that dissolves and reduces 1 kg of waste expanded polystyrene into a gel-like state using 1 liter of a dedicated solvent (HM solvent) and re-resources it at a plant is a groundbreaking solution that balances waste volume reduction and improved recycling rates. To further enhance the efficiency of this volume reduction process, the introduction of "automated collection robots (collection AGVs)" that autonomously patrol within factories and distribution centers to transport bulky expanded polystyrene to processing equipment is underway. The "HSM series (hub servo motor)" we handle is an in-wheel motor that incorporates a direct drive motor inside the wheel. Since it does not require transmission mechanisms such as gears, it can be considered as a drive unit for low-floor, compact collection robots and smart AGVs.

  • Company:CLUW Inc.
  • Price:100,000 yen-500,000 yen
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  • wheel
  • Trolley
  • Drive system parts
  • Motor

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Self-propelled scara robot battery-powered servo motor

"There's no choice but for humans to do it." An explanation of the structure of manual work automation and autonomous robots. Optimal low-voltage servo motors for AGV + SCARA robots.

"People often resign themselves to the fact that complex assembly, picking, and inspection tasks can only be done through manual labor and movement..." The 'self-driving robot (mobile manipulator)' equipped with arms such as a SCARA robot on an AGV (automated guided vehicle) is gaining attention as the "ultimate labor-saving and efficiency-enhancing solution" that automates these simple and manual tasks, thereby alleviating the serious labor shortage. This system, which moves freely within the factory and allows the robotic arm to perform tasks at the desired location, requires "DC battery (low voltage) operation" as the unit is cable-free. At the same time, advanced servo control is essential for the precise operation of the arm and the millimeter-level positioning of the unit. Our "low voltage, high output coreless servo motors (CMS series)" are large-capacity motors with servo specifications that enable high-precision control thanks to the built-in encoders. They can be considered as an option for achieving uncompromising precision control and powerful operation in the drive axes and arm joints of self-driving SCARA robots powered by battery.

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  • Servo motor
  • Servo
  • Other transport machines and equipment
  • Motor

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[For LFP batteries and collaborative AGVs] Silent in-wheel motor

Explaining the safety of lithium iron phosphate and the mobility of collaborative AGVs. A quiet and space-saving drive motor is essential in environments where humans coexist.

The lithium iron phosphate battery (LFP), which has overcome the major challenge of "thermal runaway (fire risk)" that was common with conventional lithium-ion batteries, is rapidly gaining popularity as a power source for autonomous service robots and collaborative AGVs operating in offices, hospitals, and factories where workers are present, thanks to its extremely high safety. Next-generation mobility that operates safely in environments with people requires not only battery safety but also "quietness" that eliminates unpleasant gear noise and a "low-floor compact chassis" that allows smooth movement in narrow corridors. Our "HSM series (hub servo motor)" features an in-wheel unit that incorporates a direct drive motor within the wheel. With no reduction gears, it boasts overwhelming quietness and can be considered an ideal chassis for service AGVs and collaborative robots that leverage the safety of LFP batteries.

  • Company:CLUW Inc.
  • Price:100,000 yen-500,000 yen
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  • RP8.jpg
  • RP9.jpg
  • RP12.jpg
  • RP13.1.jpg
  • RP15.jpg
  • wheel
  • Trolley
  • Drive system parts
  • Motor

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Long-life LFP Continuous Operation AGV High Durability Wheel Geared Motor

Explaining the cycle life of LFP and the continuous operation of AGVs. A wheel-integrated drive motor that is highly durable and capable of high load, not succumbing to battery life.

The lithium iron phosphate battery (LFP), which achieves an astonishing charge and discharge cycle life of thousands of times without using expensive rare metals. The elimination of the need for frequent battery replacements has made it possible to build "automated guided vehicles (AGVs) that operate continuously 24/7" in logistics warehouses and manufacturing sites. To fully leverage the potential of this long-life battery, it is essential that the drive components (undercarriage) that move the vehicle also possess "tough durability" capable of withstanding continuous operation and heavy loads for several years. It would be meaningless if the wheels or gears break down before the battery does. Our "WGM Series (Wheel Geared Motor)" is a high-durability drive unit that integrates a robust reduction gear with dedicated polyurethane wheels. It can be considered as a tough undercarriage for AGVs that continuously transport heavy loads maintenance-free for long periods, in line with the long-life cycle of LFP batteries.

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  • Brushless DC Motor
  • Trolley
  • Transport and handling robots
  • Motor

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【LFP重量増対応】大型AGV向け低電圧・大出力モータ

LFP特有の「重量増」課題とパワー不足対策を解説。重くなった機体でも速度を落とさず走破する大出力モータ。

安全性と長寿命で圧倒的なメリットを持つリン酸鉄リチウム電池(LFP)ですが、設計者を悩ませる未解決の課題が「エネルギー密度の低さ」、つまり「重さ」です。従来のリチウムイオン電池と同じ航続距離を確保しようとすると、バッテリーパック自体が大型化し、AGVやロボットの機体重量が大幅に増加してしまいます。 機体が重くなれば、走行時やスロープ登坂時に必要なトルクが跳ね上がり、従来のモータでは「速度が出ない」「坂を登れない」といったパワー不足に直面します。 こうしたLFP搭載による重量増の課題を力でねじ伏せるのが、当社の「CMHシリーズ(低電圧・大出力コアードモータ)」です。バッテリー駆動(DC24V/48V)環境下でありながら、1トン超えの機体でも余裕で牽引できる強力なトルクを発揮。LFP電池を積んで重くなった大型AGVのメイン駆動として、妥協のない走行性能をご提供します。

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[AMR Service Robot] In-wheel motor for autonomous driving

Explaining the autonomous driving technology of AMRs and service robots. In-wheel motors that allow for low-profile designs and quiet operation are under consideration.

AMRs (Autonomous Mobile Robots) that achieve guide-less transportation within factories, as well as service robots such as guide robots and delivery robots that excel in hospitals, offices, and stores. These next-generation mobile robots require advanced mobility technology to smoothly navigate while automatically avoiding people and obstacles. In particular, since they are equipped with numerous devices such as batteries, control PCs, and LiDAR (laser sensors), it is ideal for the drive components to be as space-saving as possible. Additionally, since operation in environments with people is a prerequisite, eliminating gear drive noise for quiet operation is also an important challenge. Our "HSM Series (Hub Servo Motor)" is an in-wheel motor that integrates a direct drive motor and encoder inside the wheel. It operates extremely quietly as it does not have a reduction gear, making it an ideal mobility solution for autonomous robots that achieve ultra-low floor height and compact design.

  • Company:CLUW Inc.
  • Price:100,000 yen-500,000 yen
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High Torque Parallel Shaft Geared Motor for Air Transport and Powder Equipment

For the feeding valve drive in powder and granular material air transport. A geared motor that achieves both high torque and overwhelming low cost. Supports small batches of several dozen units.

The "air transport system for powders and granules" efficiently conveys resin pellets, food powders, chemical raw materials, and more. Preventing wear and clogging at bends in the piping and reducing maintenance costs is extremely important for the stable operation of the entire plant or factory. In this air transport line, a "rotary valve" or "screw feeder" that smoothly feeds a constant amount of powder into the piping without jamming is essential, driven by a geared motor equipped with "high torque" and "durability" to withstand the strong resistance of the powder. Kuru Co., Ltd. offers the optimal "parallel shaft geared motor (PGM series)" for powder transport equipment's feeding and rotary valves. By utilizing traditional design concepts in a mass production model, we achieve overwhelming low costs. We provide three types of shapes (parallel shaft, L type, R type) that are easy to install in limited spaces, ensuring Japanese quality through domestic inspection of all units, and strongly support equipment manufacturers from small lot prototypes of several dozen units.

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Battery-powered brushless planetary geared motor for AGV and robots

Achieve overwhelming cost reduction with low-cost materials and mass production systems! A high torque, low noise planetary geared motor ideal for AGVs and automation equipment.

The product offered by Crew Co., Ltd. is a geared motor that combines a battery-operated brushless motor (CMH series) and an AC servo motor (CMS series) with a high-precision planetary gearhead. Leveraging the design philosophy of conventional core motor technology, it actively incorporates low-cost silicon steel plates and rare earth magnets. This has established a mass production model using inexpensive automation equipment, achieving overwhelming cost reduction. The planetary gearheads (such as PLF/PLE/PLX) can output high torque, demonstrating excellent basic performance such as low noise, long lifespan, and maintenance-free operation. Additionally, the "LCT (Low Current Technology) series," designed with a large torque constant, is also available. It can deliver high torque with low current, maximizing system capabilities even with low-capacity drivers, making it ideal for applications like AGVs.

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[Battery-powered] In-wheel servo motor #In-wheel motor

More freedom in Japanese robot development! A gearless in-wheel motor realized at an overwhelmingly low cost.

I want you to challenge the development of smart robotics in a more accessible way." The 'HSM Series' from Crew Corporation was born from this strong desire, providing in-wheel motors for AGVs, AMRs, and autonomous mobile robots. In-wheel motors have very high component costs, which have become a significant "burden" in Japanese development environments. Our company has directly collaborated with ODM partners to achieve overwhelming cost performance, offering products at "less than half the effective price" compared to reliable domestic manufacturers. This product adopts a "gearless direct structure" that does not use gears. While it is not suitable for transporting heavy loads, it boasts "zero risk of gear failure," "overwhelming quietness," and "vibration resistance with high rigidity." Additionally, all products come standard with magnetic encoders, allowing for precise control down to the millimeter as desired. We provide the strongest mobility platform for small smart robots and next-generation mobility under "300 kg.

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Wheel-type geared motor with polyurethane tires for heavy object transportation.

Overwhelming traction with built-in planetary gear! A wheel-type geared motor that reliably supports the mobility of heavyweight AGVs even in harsh environments.

In recent years, the demand for AGVs (Automated Guided Vehicles) and AMRs (Autonomous Mobile Robots) has been increasing in manufacturing and logistics, and the 'WGM Series' from Kuru Co., Ltd. is optimal for their mobility. In Japan's robot development, the limited options and high prices of in-wheel motors pose significant barriers. Our company dramatically reduces the introduction costs of drive units by basing our products on world-class ODM standards. This product is a geared motor in a wheel type (with polyurethane tires) that incorporates a highly efficient planetary gear internally. It features a robust design intended for heavy load transport, delivering powerful traction. It strongly and stably supports heavy-duty AGVs, ranging from several hundred kilograms to ton-class, even in the harsh environments of factories and warehouses. Designers can directly select efficient units from a rich lineup without worrying about the trade-off between "speed" and "torque."

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Battery-powered brushless motor #Brushless #BrushlessDC

Up to 10,000W class! A high-output, low-voltage brushless motor for ultra-heavyweight AGVs that will disrupt pricing in Japanese robot development.

The "CMH Series" from Crew Co., Ltd. overturns the industry common belief that "high-output, low-voltage motors are expensive and have few options." This brushless cored motor operates on battery power ranging from 12V to 96V, achieving an overwhelming output of up to 10,000W. It adopts a "core structure" backed by history and proven performance, boasting exceptional rigidity and robustness that withstands external shocks and harsh heavy loads. The inner rotor structure, where the heat-generating coil contacts the outer shell, ensures excellent heat dissipation and direct responsiveness even under continuous high loads. When combined with a gearhead (reduction gear), it serves as a power source for ultra-heavy large AGVs and lifting platforms, precisely and powerfully controlling extreme loads. Furthermore, by providing a dedicated driver that supports RS485 and CAN communication as standard, complex control from higher-level controllers can be executed smoothly. This dramatically reduces development time and implementation hurdles, strongly supporting Japanese engineers in their challenges of "let's give it a try."

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[Battery-operated] DC low voltage, high output servo motor

Achieves control equivalent to AC servos in a battery environment. DC 24V/48V servo motors are optimal for drive design of AGVs and mobile robots.

The development of AGVs (Automated Guided Vehicles) and autonomous robots, which are rapidly increasing due to the automation of factories and warehouses. These devices are based on "battery-powered (DC power)" without outlets, but require "high-precision positioning and high torque, like AC servo motors," for movement and arm control. However, operating a typical AC servo motor with a battery requires a large inverter (boost circuit), which poses significant challenges such as increased weight of the unit, space constraints, and worsened battery consumption. Our "CMS Series (Low Voltage, High Output Coreless Servo Motors)" addresses this issue. It can be driven directly with low voltage battery power of DC 24V/48V, achieving precise feedback control equivalent to AC servos through high-resolution encoders. Since a boost circuit is unnecessary, this revolutionary drive unit simultaneously enables weight reduction and space-saving of the robot body, as well as extending continuous operating time.

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Battery-operated compatible DC low voltage high output servo motor

Achieves AC servo-equivalent control in a battery environment. Ideal DC 24V/48V servo motors for driving design of AGVs and mobile robots.

The development of AGVs (Automated Guided Vehicles) and autonomous robots, which are rapidly increasing due to the automation of factories and warehouses. These devices are based on "battery operation (DC power)" without outlets, but require "high-precision positioning and high torque, like AC servo motors," for driving and arm control. However, powering a typical AC servo motor with a battery requires a large inverter (boost circuit), which leads to significant challenges such as increased weight of the unit, space constraints, and worsened battery consumption. Our "CMS series (low-voltage, high-output coreless servo motors)" addresses this issue. It can be driven directly with low-voltage battery power of DC 24V/48V, achieving precise feedback control equivalent to AC servos through high-resolution encoders. Since a boost circuit is unnecessary, this revolutionary drive unit simultaneously enables weight reduction and space-saving of the robot body, as well as extending continuous operating time.

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Battery-powered brushless planetary geared motor for stage production.

Achieves silent operation of stage equipment and high torque drive. Supports free staging with battery operation.

In stage performances, a high level of quietness that does not compromise the audience's immersion and high reliability to accurately reproduce complex movements are required. In particular, noise and vibration during the movement and rotation of stage equipment are directly related to the quality of the performance. Our brushless planetary geared motors achieve low noise and long lifespan through high-precision gearheads, making them ideal for stage productions that require a quiet environment. Additionally, they support battery operation, allowing for a high degree of freedom in stage layout without the constraints of power cables. 【Application Scenarios】 - Driving movable sets and rotating stages on stage - Mobility for props and performance robots that operate wirelessly - Automated transport devices in scenes where quietness is required 【Benefits of Implementation】 - Low noise design reduces operational sounds during performances, maintaining audience focus - Battery operation enables cable-free and flexible stage arrangements - High torque output allows for smooth control of heavy stage equipment

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Battery-Powered Brushless Planetary Geared Motor for Entertainment Production

For stage performance moving equipment. A battery-driven motor that achieves smooth operation with low noise and high torque.

In the entertainment industry, the movement of stage equipment requires both quietness that does not compromise the audience's immersion and high torque performance to accurately move heavy stage apparatus. Particularly for battery-operated devices, it is essential to operate efficiently with limited power and to have reliability that can withstand long hours of operation. Our planetary geared motors support stable stage movement while minimizing battery consumption through a design that delivers high torque at low current. 【Application Scenarios】 - Automatic moving devices on stage (carts, set movement) - Performance robots running around the audience seats and stage - Autonomous display units at exhibitions and events 【Benefits of Implementation】 - Low noise design allows for operation with reduced sound even in quiet performance environments - High torque output enables smooth movement of heavy stage sets - Low current operation contributes to extended battery runtime and improved system efficiency

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Brushless Parallel Shaft Geared Motor for Food Processing

Optimize the cost of the sanitary transport line. A high-torque drive system that is easy to implement with a simple design.

In the food processing industry, establishing a transport line with thorough hygiene management is essential, and equipment is required to have high reliability and stable operation. On the other hand, the adoption of expensive motors with excessive functions can drive up capital investment costs. Our PGM series supports both cost reduction and stable operation of transport devices through a simple design focused on the basic operations of starting and stopping. 【Usage Scenarios】 - Drive source for food transport conveyors - Automatic transport devices in areas requiring hygiene management - Standardization of transport units in mass production lines 【Benefits of Implementation】 - Simple control makes operation and maintenance easy on-site - High torque design with planetary gears ensures stable transport - Cost control of equipment improves investment efficiency when expanding lines

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  • Brushless DC Motor
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Brushless Parallel Axis Geared Motor for Electronic Component Mounting

Optimize the cost of the substrate supply device. A planetary geared motor that achieves high torque with a simple design.

In the electronic component assembly industry, stable transport and precise positioning are required in substrate supply devices. Particularly in mass production lines composed of multiple axes, reliability that can withstand long-term continuous operation while keeping the cost of each unit down is essential. Excessive functionality leading to increased costs significantly burdens capital investment. Our PGM series achieves robust drive required for substrate supply units in assembly lines by specializing in the basic operations of rotating and stopping. 【Usage Scenarios】 - Transport drive for substrate supply conveyors - Substrate insertion units for assembly machines - Automated transport devices for mass production lines 【Benefits of Implementation】 - Reduction in equipment installation costs due to simple design - Compact and high-torque transport achieved by adopting planetary gears - Securing high price competitiveness in mass production projects

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Brushless Parallel Shaft Geared Motor for Medical Devices

Simplifying the automation of specimen transport. Optimizing equipment costs with high torque and space-saving design.

In the medical device industry, specimen transport requires precise and stable operation within limited space. In particular, the miniaturization of transport devices and their long-term stable operation are crucial elements directly linked to the efficiency of medical settings. A simple drive system that eliminates complex controls reduces maintenance burdens and contributes to the overall reliability of the equipment. Our PGM series provides a high-efficiency drive environment specialized for basic operations to meet these on-site needs. 【Usage Scenarios】 - Drive units for in-hospital specimen transport robots - Specimen tray transport within automated analyzers - Space-saving transport conveyors 【Benefits of Implementation】 - Achieves stable transport with high torque from planetary gears - Contributes to the miniaturization of equipment through compact design - Reduces implementation and operational costs with a simple control system

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Brushless Parallel Shaft Geared Motor for Agricultural Machinery

Optimize the cost of automatic harvesters. A high-torque drive system that is easy to implement with a simple design.

In the development of automatic harvesters in the agricultural sector, stable operation in outdoor environments and the reduction of introduction costs are important challenges. Expensive motors equipped with complex electronic controls can drive up the cost of agricultural machinery and hinder its widespread adoption. This product adopts a simple design focused on the essential basic operations of "turning and stopping," achieving both the robustness required in agricultural settings and cost performance. 【Usage Scenarios】 - Driving of automatic harvesting robots and arm operation - Conveyor lines for transporting agricultural products - Drive units for small automated guided vehicles (AGVs) 【Benefits of Implementation】 - Promotion of automation through reduced equipment introduction costs - Reduced maintenance burden due to simple design - Realization of stable harvesting operations through high torque output

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