CLUW Inc. Product Lineup

In the paper roll transportation process of the printing and publishing industry, it is essential to transport heavy rolls stably while achieving efficient automation within limited space. Particularly in environments where continuous operation for long periods is required, the durability of motors and ease of maintenance significantly affect production efficiency. Conventional brushed motors can pose challenges regarding lifespan and replacement efforts, while expensive servo systems present a budgetary dilemma for implementation. Our 'SGM Series' achieves cost performance suitable for integration into automation equipment while maintaining the long lifespan and low noise characteristics of brushless motors, supporting the miniaturization of transport devices and reducing operational burdens. 【Usage Scenarios】 - Automatic paper roll supply device for printing machines - Conveyor for roll transportation in the binding process - Space-saving automatic transport carts (AGVs) 【Benefits of Implementation】 - Reduced maintenance frequency and extended lifespan due to brushless technology - Space-saving control panels and reduced wiring labor due to built-in drivers - Optimal torque selection according to transport load with a rich lineup of gear ratios

• Small motor
• Brushless DC Motor
• Motor

In the development of autonomous cleaning robots in the cleaning and maintenance industry, there is a demand for compactness within limited housing space and reliability that can withstand long hours of operation. Particularly in environments where frequent movement and obstacle avoidance are required, minimizing the maintenance frequency of motors and maintaining stable operation directly contributes to improving product uptime. Our SGM series leverages the long lifespan and maintenance-free characteristics of brushless motors, enhancing design flexibility and addressing cost challenges through designs intended for mass production in automated facilities. 【Usage Scenarios】 - Drive wheels and brush rotation mechanisms of autonomous cleaning robots - Power sources for compact cleaning robots that require space-saving designs - Mass-produced automatic cleaning equipment with cost constraints 【Benefits of Implementation】 - Extended maintenance cycles due to brushless technology - Space-saving control boards achieved by adopting built-in driver types (ID types) - Selection of optimal torque and rotation speed through a rich lineup of gear ratios

• Small motor
• Brushless DC Motor
• Motor

In the construction and civil engineering industry, the operation of material transport robots requires reliability to function stably even in harsh environments, as well as miniaturization to move smoothly in narrow sites. Particularly in locations where long hours of operation are expected, it is essential to ensure reliable transport while minimizing maintenance frequency. Downtime due to malfunctions directly leads to decreased work efficiency, making a durable power source crucial. Our SGM series leverages the advantages of brushless motors, such as long lifespan and low noise, to support the stable operation of material transport robots. 【Application Scenarios】 - Autonomous mobile robots (AMR) for material transport within construction sites - Small automated guided vehicles assisting in material transport in confined spaces - Power sources for automation equipment aimed at reducing manpower on-site 【Benefits of Implementation】 - Extended lifespan due to brushless structure, reducing maintenance effort - Compact design achieving space-saving and lightweight robot bodies - Adoption of built-in driver (ID type) contributing to simplified control circuits and reduced wiring

• Small motor
• Brushless DC Motor
• Motor

In the baggage handling operations of airports and the aviation industry, efficient transportation in limited spaces and high reliability capable of withstanding long hours of operation are required. Particularly in automated equipment, maintaining stable operation while minimizing maintenance frequency is essential for optimizing operational costs. Our compact brushless geared motor, the 'SGM Series,' features the long lifespan and low noise characteristics unique to brushless technology, solving the challenges faced in the design of automation equipment. 【Usage Scenarios】 - Drive units for baggage transport AGVs and AMRs - Power source for automated transport robots within airports - Baggage sorting devices that require space-saving solutions 【Benefits of Implementation】 - Reduced maintenance frequency due to brushless structure - Space-saving control circuits thanks to built-in drivers - Cost reduction for equipment implementation through mass production-focused design

• Small motor
• Brushless DC Motor
• Motor

In the hotel and accommodation industry's room service operations, the introduction of serving robots and automated transport equipment is progressing to address labor shortages and improve operational efficiency. To move smoothly in limited guest room corridors and elevators, miniaturization of the equipment and reliability capable of withstanding long hours of operation are essential. High maintenance frequency increases operational costs, so a long-lasting and quiet power source is required. Our SGM series leverages the long lifespan and low noise characteristics of brushless motors to support the stable operation of automated transport equipment. 【Usage Scenarios】 - Drive units for serving robots that deliver meals and amenities to guest rooms - Power sources for automated transport carts that circulate within the facility - Design of automation equipment that requires space-saving solutions 【Benefits of Implementation】 - Extended lifespan due to brushless structure reduces maintenance effort and costs - Low-noise design achieves quiet operation considerate of guests - Adoption of built-in driver (ID type) contributes to equipment miniaturization and reduction of wiring work.

• Small motor
• Brushless DC Motor
• Motor

In the pharmaceutical and chemical industry, strict safety management and stable automation are required at hazardous material transport sites. Particularly in environments handling drugs and chemicals, motor failures leading to downtime and increased maintenance frequency directly result in decreased production efficiency and safety risks. Therefore, a power source that operates stably for long periods and can be installed in a compact space is essential. Our SGM series features a brushless structure that provides long life and maintenance-free performance, supporting the stable operation of hazardous material transport equipment. 【Usage Scenarios】 - Automated Guided Vehicles (AGVs) for the automatic transport of drugs and chemicals - Automatic picking devices within hazardous material storage areas - Small automated transport robots around explosion-proof areas 【Benefits of Implementation】 - Reduced maintenance frequency and improved operating rates due to brushless technology - Space-saving transport equipment achieved through compact design - Simplified wiring and stabilized control due to built-in drivers

• Small motor
• Brushless DC Motor
• Motor

In the electronic components manufacturing industry, automated equipment that can transport tiny parts accurately and stably is essential. Especially in the transportation of precision parts, miniaturization of the equipment and long-term stable operation are required. Our SGM series provides an optimal power source that maintains the long lifespan and low noise performance of brushless motors while keeping costs down through mass production with automated equipment, addressing the challenges of balancing quality and cost in design environments. 【Usage Scenarios】 - Automated supply and transport lines for electronic components - Desktop precision assembly robots - Automatic sorting and picking devices for parts 【Benefits of Implementation】 - Improved line efficiency through space-saving equipment - Enhanced operational rates due to reduced maintenance frequency - Streamlined capital investment through optimized implementation costs

• Small motor
• Brushless DC Motor
• Motor

In the automation of transporting harvested goods in the agricultural sector, mobility in limited spaces and reliability to operate steadily even in harsh environments are required. In particular, the power sources for transport carts and automated transport equipment must have durability to withstand long hours of operation and a design that minimizes maintenance frequency. Operational downtime due to malfunctions directly leads to delays in harvesting work, making reliable operation crucial. Our SGM series achieves long life through the use of brushless motors, supporting stable transportation while keeping the introduction costs of automation equipment low. 【Usage Scenarios】 - Drive units for small automated guided vehicles (AGVs) that transport harvested goods - Power sources for electric carts used for material transport within farms - Automated sorting and transport lines that require space-saving designs 【Benefits of Implementation】 - Reduced maintenance effort due to brushless structure - Compact design achieved for transport equipment - Efficient power supply suitable for battery operation with DC12V/24V drive

• Small motor
• Brushless DC Motor
• Motor

In the retail and store industry, the introduction of automated shelf replenishment systems is progressing to address labor shortages and improve operational efficiency. Automated equipment installed in limited store spaces requires a compact yet highly reliable power source that can operate stably for long periods. Achieving automation that reduces maintenance efforts while controlling costs is key to enhancing the sustainability of store operations. Our compact brushless geared motors contribute to the miniaturization of automated replenishment equipment and the reduction of operational costs due to their compact design and high durability. 【Usage Scenarios】 - Drive units for automatic shelf replenishment robots within stores - Space-saving automatic vending machines and product transport units - Automated transport systems from the backroom to the sales floor 【Benefits of Implementation】 - Miniaturization of equipment allows for effective use of valuable sales floor space - Long-life design reduces maintenance frequency and lowers operational costs - Adoption of built-in driver (ID type) simplifies wiring and reduces design man-hours

• Small motor
• Brushless DC Motor
• Motor

In the development of autonomous beds in the medical and nursing care industry, there is a strong demand for quiet operation that does not compromise patient comfort and for miniaturization of the equipment to fit into limited spaces. Additionally, reliability that can withstand long-term operation and a design that achieves stable operation while keeping costs down are essential. Our SGM series leverages the long lifespan and low noise characteristics of brushless motors to address these challenges as a power source for automated equipment. 【Usage Scenarios】 - Drive units for autonomous beds - Lifting and moving mechanisms for medical transport robots - Autonomous equipment within nursing care facilities 【Benefits of Implementation】 - Quiet operation that considers the environment of patients and users, achieved through low-noise design - Space-saving control boards and reduced wiring work due to the adoption of built-in driver (ID type) - Reduced maintenance frequency and stable long-term operation due to brushless structure

• Small motor
• Brushless DC Motor
• Motor

In the food manufacturing industry, the serving process requires a clean environment to prevent foreign matter contamination and stable automated transport. Particularly in limited spaces, automation necessitates the miniaturization of equipment and a reduction in maintenance frequency. Brushless motors, which eliminate the maintenance hassle and dust concerns associated with brushed motors, contribute to the establishment of hygienic serving systems by operating stably over long periods. 【Usage Scenarios】 - Drive units for serving robots and automated transport carts - Automatic supply and sorting devices for food trays - Transport units for manufacturing lines where space-saving is essential 【Benefits of Implementation】 - Reduced maintenance frequency and maintenance of hygienic environments due to brushless structure - Space-saving and layout optimization of serving devices through compact design - Achievement of a quiet working environment through low-noise operation

• Small motor
• Brushless DC Motor
• Motor

In the field of transport automation in logistics warehouses, efficient operation in limited space and reliability for long-term stable operation are required. Especially in the design of AGVs (Automated Guided Vehicles) and transport robots, reducing costs while decreasing maintenance frequency directly contributes to improved operational efficiency. Concerns about quality with overseas products and budget constraints with domestic products pose challenges; however, our 'SGM Series' is designed with mass production through automation equipment in mind, achieving a balance between cost performance and the long lifespan and low noise characteristics unique to brushless motors. 【Application Scenarios】 - Drive units for AGVs (unmanned transport vehicles) within logistics warehouses - Running and lifting mechanisms for automatic transport robots - Power source for space-saving automatic sorting devices 【Benefits of Implementation】 - Reduced maintenance frequency and increased lifespan due to brushless technology - Space-saving control circuits with built-in driver (ID type) - Total cost reduction for transport equipment through mass production-focused design

• Small motor
• Brushless DC Motor
• Motor

In the cosmetics manufacturing industry, efficient and stable transport during the container alignment process is required due to the trend of producing a wide variety of products in small quantities and the need for space-saving lines. Particularly in environments handling delicate containers, reliable operation and long-term stable performance are more important than excessive features. Over-spec equipment can drive up costs, making a drive system specialized in necessary basic operations essential. Our PGM series contributes to the optimization of the container alignment process by achieving stable transport with a high-torque planetary gear while keeping equipment costs down through a simple design. 【Usage Scenarios】 - Supply and alignment conveyor lines for cosmetic containers - Transport devices before and after the filling process - Compact automated equipment where space-saving is required 【Benefits of Implementation】 - Reduction in equipment introduction costs due to a design focused on basic operations - Stable transport performance with high-torque planetary gears - Effective use of limited manufacturing space due to compact design

• Brushless DC Motor
• Conveyor parts
• Conveyor

In the apparel industry's logistics field, automation equipment is essential for quickly and accurately sorting a wide variety of clothing. In particular, to operate efficiently within limited warehouse space, a drive source that is compact yet has stable conveying capacity is required. Increased equipment costs due to excessive functions pose a significant barrier to logistics efficiency. This product focuses on basic operations such as turning and stopping, thereby reducing the construction costs of automated sorting lines while achieving stable long-term operation. 【Usage Scenarios】 - Automated sorting lines using conveyor belts in apparel warehouses - Picking and transportation systems using small AGVs - Space-saving conveying devices suitable for small-batch, multi-variety production 【Benefits of Implementation】 - Simple design allows for reduced equipment installation costs - Adoption of high-torque planetary gears ensures stable conveying - Space-saving design facilitates easy integration into existing sorting lines

• Brushless DC Motor
• Conveyor parts
• Conveyor

In the retail and store industry, the replenishment work in the backroom and sales floor faces urgent needs to address labor shortages and improve operational efficiency. In particular, the introduction of conveyor robots (AGVs) that can operate stably in limited spaces is an effective means to reduce work burdens. However, overly high-performance motors often increase equipment costs, creating barriers to implementation. Our PGM series focuses on the basic operations necessary for transportation, such as "turning and stopping," and seeks to achieve cost performance by simplifying complex controls. 【Usage Scenarios】 - Drive units for AGVs transporting products from the backroom to the sales floor - Manufacturing and maintenance of automatic transport carts within the store - Automatic transport lines for product replenishment in a compact space 【Benefits of Implementation】 - Simple design allows for reduced equipment installation costs - Adoption of high-torque planetary gears enables stable transportation - Intuitive operation makes it easy for on-site staff to use

• Brushless DC Motor
• Conveyor parts
• Conveyor

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

• Brushless DC Motor
• Conveyor parts
• Conveyor

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

• Brushless DC Motor
• Conveyor parts
• Conveyor

In the printing and binding industry, the feeding process requires continuous operational performance to transport paper accurately and stably. Particularly in the feeding unit, the reliability of basic operations that repeat certain rotations and stops is more crucial for production efficiency than excessive electronic control. To achieve stable transportation while keeping costs down due to complex functions, our PGM series is the optimal choice. 【Usage Scenarios】 - Drive for paper feeding units in printing machines - Automatic feeding devices in binding lines - Drive source for mass-produced paper feeding conveyor systems 【Benefits of Implementation】 - Optimized equipment costs for feeding units due to simple design - Stable paper transportation achieved with high torque from planetary gears - Improved price competitiveness in mass production projects using numerous units

• Brushless DC Motor
• Conveyor parts
• Conveyor

In the semiconductor manufacturing industry's wafer transport process, stable operation of equipment and high reliability are required. On the other hand, with the multi-axis nature of transport lines, controlling equipment costs has also become an important issue. Expensive motors with excessive functions can drive up the overall cost of the equipment. Our PGM series specializes in the basic operations of "turning and stopping" necessary for transport devices, adopting a simple design that eliminates complex electronic controls, thereby providing a high-quality drive system at a reasonable cost. 【Usage Scenarios】 - Driving conveyor lines for wafer transport - Multi-axis drive units for transport devices - Automation of transport equipment where space-saving is required 【Benefits of Implementation】 - Optimization of equipment introduction costs through simple design - Realization of compact and high-torque transport using planetary gears - Securing high price competitiveness in mass production projects

• Brushless DC Motor
• Conveyor parts
• Conveyor

In picking operations at logistics warehouses, improving transportation efficiency and controlling equipment introduction costs are important challenges. Particularly with the introduction of small AGVs and conveyor systems, expensive motors with excessive functions can unnecessarily drive up equipment investment costs. What is required on-site is a drive source that reliably possesses the basic performance of "turning and stopping" for stable long-term operation. Our 'PGM Series' provides an optimal solution that ensures the necessary torque while keeping the mass production costs of transport equipment low through a simple design that eliminates complex electronic controls. 【Usage Scenarios】 - Drive units for small AGVs used in picking - Power sources for conveyor lines within warehouses - Transport units for automatic sorting devices 【Benefits of Implementation】 - Shortened payback period due to reduced equipment introduction costs - Achieving stable transport operations through high torque design - Reduced maintenance burden due to simple design

• Brushless DC Motor
• Conveyor parts
• Conveyor

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

• Brushless DC Motor
• Conveyor parts
• Conveyor

In the automatic filling process of pharmaceutical manufacturing, accurate measurement of liquid agents and stable transportation are required. Particularly during small-batch production of various types or when expanding production lines, a highly reliable drive system that operates stably over a long period while keeping equipment costs down is essential. Increased costs due to excessive functions can become a factor that pressures profits in the manufacturing site. Our PGM series specializes in the fundamental operations of "turning and stopping" required for filling devices and transport lines, achieving optimization of capital investment through a simple design. 【Usage Scenarios】 - Drive for filling nozzles and conveyor transport lines - Mass production of automatic filling devices requiring multi-axis configurations - Integration into compact filling units where space-saving is required 【Benefits of Implementation】 - Reduction of equipment introduction costs due to simple design - Realization of compact and high-torque drive by adopting planetary gears - Reduction of operational burden on-site due to intuitive operability

• Brushless DC Motor
• Conveyor parts
• Conveyor

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

• Brushless DC Motor
• Conveyor parts
• Conveyor

In the automotive manufacturing industry, the parts transport line requires high reliability for the stable transportation of a wide variety of components, as well as cost efficiency to keep capital investment in check. Particularly in mass production lines, the use of numerous motors necessitates the elimination of excessive specifications and the adoption of drive systems specialized for essential basic operations, which directly contributes to the optimization of equipment costs. Our PGM series achieves stable operation with high torque through planetary gears while keeping the introduction costs of transport devices low, thanks to its simple design that eliminates complex electronic controls. 【Usage Scenarios】 - Conveyor transport lines for automotive parts - Parts supply systems using small AGVs - Automatic transport devices between manufacturing processes 【Benefits of Implementation】 - Reduction in equipment introduction costs due to simple design - Compact and high-torque drive achieved through the use of planetary gears - Securing high price competitiveness in mass production projects

• Brushless DC Motor
• Conveyor parts
• Conveyor

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

• Machining Center
• SCARA Robot
• Articulated Robot

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

• Machining Center
• SCARA Robot
• Articulated Robot

In the pipeline inspection industry, high mobility to navigate narrow spaces and complex routes, as well as reliability to support long-duration inspections, are essential. Particularly for battery-powered inspection robots, efficiently outputting high torque with limited power while operating quietly is crucial for improving inspection accuracy and operational efficiency. Our brushless planetary geared motors support stable movement within pipes due to their high-efficiency design and high torque output. 【Usage Scenarios】 - Drive units for inspection robots moving through narrow pipes - Self-propelled camera units for long-distance pipeline inspections - Mobility for autonomous inspection robots powered by batteries 【Benefits of Implementation】 - High torque output allows stable movement over steps and obstacles within pipes - Low-noise design enables quiet operation, minimizing impact on the surroundings - Adoption of the LCT series maximizes system capabilities even with low-capacity drivers

• Machining Center
• SCARA Robot
• Articulated Robot

In the construction and civil engineering industry, material transportation requires stable movement of heavy objects and high reliability that adapts to the site environment. Particularly in transportation tasks in narrow spaces and complex terrains, the stability of motor output and ease of maintenance significantly affect work efficiency. An inappropriate drive system carries the risk of delays due to transportation stoppages or failures. Our battery-driven brushless planetary geared motors support stable material transportation on-site with high torque output and long-life design. 【Usage Scenarios】 - Drive units for AGVs (Automated Guided Vehicles) for material transport within construction sites - Mobility systems for automated transport robots in civil engineering projects - Power sources for automation equipment that assists in moving heavy objects 【Benefits of Implementation】 - High torque output enables stable transportation of heavy materials - Low noise design creates a work environment that minimizes impact on the surroundings - Maintenance-free performance reduces maintenance burdens on-site

• Machining Center
• SCARA Robot
• Articulated Robot

In the retail and distribution industry, the introduction of autonomous mobile robots (AGV/AMR) is essential for smoothly navigating within stores and accurately managing inventory. Particularly, stable operation in limited spaces and energy-efficient performance to support long hours of operation are crucial. Noise from the drive components and maintenance burdens can hinder store operations, making the selection of quiet and reliable motors important. Our brushless planetary geared motors feature the LCT series, which delivers high torque at low current, allowing for efficient system construction even with low-capacity drivers, making them ideal for the mobility of inventory robots. 【Usage Scenarios】 - Drive components for autonomous robots used in in-store inventory management - Transport carts for nighttime inventory automation - Small automated transport robots moving through narrow aisles 【Benefits of Implementation】 - Reduced battery consumption and extended operating time due to low current drive - Achieving low noise and long-lasting driving performance through high-precision planetary gears - Lower implementation costs due to mass production systems

• Machining Center
• SCARA Robot
• Articulated Robot

In walking support devices used in medical and caregiving settings, quiet operation directly correlates with user comfort, and high torque performance is required to ensure smooth movement. Additionally, battery efficiency that allows for long hours of use is also important. Inappropriate motor selection can lead to noise during operation and premature battery depletion, potentially compromising the convenience of the device. Our brushless planetary geared motors achieve low noise and long lifespan through high-precision planetary gearheads, and the "LCT series" delivers high torque at low current, maximizing the system capabilities of battery-powered devices. 【Application Scenarios】 - Drive units for electric walking assist carts and walking training robots - Wheelchair and mobility aid foot assemblies for caregiving - Automated transport devices in rehabilitation facilities where quietness is required 【Benefits of Implementation】 - Reduced battery consumption and extended operating time due to low current operation - Quiet operation with high-precision gears, reducing user stress - Lower operational costs due to maintenance-free design

• Machining Center
• SCARA Robot
• Articulated Robot

In the hotel and service industry, room service requires quietness that does not disturb the comfort of guests and stable driving performance for safe movement in corridors and elevators. Particularly during late-night operations and for smooth turning and stopping in narrow passages, precise control and a low-noise drive system are essential. Our planetary geared motors achieve low noise through high-precision gear design, making them ideal for automated transport in quiet hotel environments. 【Usage Scenarios】 - Drive units for room service robots that deliver meals and amenities to guest rooms - Mobility systems for cleaning and guidance robots that patrol the premises - Smooth movement and stopping in narrow corridors and elevators 【Benefits of Implementation】 - Low-noise design maintains a tranquil environment for guests - High torque output ensures stable transport and smooth movement - Maintenance-free performance contributes to the efficiency of facility operations

• Machining Center
• SCARA Robot
• Articulated Robot

The introduction of automatic harvesting robots in the agricultural field requires stable long-term operation in the fields, quietness that does not affect the crops, and high torque driving power to traverse uneven terrain. Especially since operation is based on battery power, selecting motors that operate efficiently with limited electricity is crucial. Our brushless planetary geared motors demonstrate performance suitable for the mobility of automatic harvesters due to their design that can output high torque, supporting efficient automation. 【Application Scenarios】 - Drive units for automatic harvesting robots - Mobility for autonomous agricultural transport vehicles (AGVs) - Automatic transportation and sorting devices for harvested products 【Benefits of Implementation】 - Achieves stable operation even on uneven terrain in the fields due to high torque output - Enables quiet operation considerate of the surrounding environment due to low noise design - Contributes to longer battery life through low current drive technology (LCT series)

• Machining Center
• SCARA Robot
• Articulated Robot

In the parts supply process of manufacturing plants, the stable operation of automated transport and supply robots significantly affects production efficiency. In particular, precise operation in limited spaces and reliability to withstand long periods of continuous operation are required. Insufficient maintenance and noise can worsen the on-site environment and lead to the risk of production stoppages. This product is a planetary geared motor that achieves high torque and low noise while keeping costs down through low-cost materials and mass production systems. It is optimized for the mobility of AGVs (automated guided vehicles) and automated equipment, supporting the establishment of a stable parts supply system. 【Usage Scenarios】 - Drive units for AGVs used for parts transport within factories - Transport units for automatic supply devices - Drive shafts for space-saving automation equipment 【Benefits of Implementation】 - Delivers high torque with low current, contributing to overall energy savings of the system - Maintains a quiet working environment due to low noise design - Supports improved equipment operating rates with long lifespan and maintenance-free performance

• Machining Center
• SCARA Robot
• Articulated Robot

In automated transportation within logistics warehouses, the stable operation of AGVs (Automated Guided Vehicles) and AMRs (Autonomous Mobile Robots) and the optimization of implementation costs are important challenges. Particularly in environments where long hours of continuous operation are required, the durability of motors and the efficiency of power consumption are essential. Inappropriate selection of drive systems can lead to increased maintenance frequency and reduced battery life, becoming factors that hinder logistics efficiency. This product supports the stable operation of transportation systems by achieving both energy-saving and high output required for AGV mobility through the adoption of the "LCT series," which offers low-cost production systems and high torque at low current. 【Usage Scenarios】 - Transportation of goods by AGVs (unmanned transport vehicles) within logistics warehouses - Drive components of transportation lines in automated equipment - Mobility systems of mobile robots requiring battery power 【Benefits of Implementation】 - Low current design helps reduce battery consumption, contributing to extended operating time - High torque output enables stable transportation of heavy loads - Maintenance-free design reduces the burden of equipment maintenance and management

• Machining Center
• SCARA Robot
• Articulated Robot

In manufacturing sites for food, electronic components, and daily necessities, "automation and labor-saving of equipment" has become an urgent necessity to address the serious labor shortage. Particularly in "small manufacturing equipment" such as automatic packaging machines, labeling machines, and component supply feeders, a compact drive source that can be integrated without gaps into the limited space of the equipment is essential. However, there is a design dilemma where reducing the motor size results in insufficient torque, and attempting to secure adequate driving force leads to the entire device becoming larger. Our "ID Series / ED Series (small geared motors)" are compact drive units that achieve reliable torque transmission while being palm-sized. With an optimized reduction gear mechanism, they can be easily integrated into mini conveyors and various roller drive components on manufacturing lines, making them a highly versatile option to support space-saving and stable operation of FA automation equipment.

• Small motor
• Brushless DC Motor
• Motor

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.

• Food Conveyor Equipment
• Medicine Delivery Equipment
• Medicine transport equipment

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.

• Machining Center
• SCARA Robot
• Articulated Robot

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."

• Machining Center
• SCARA Robot
• Articulated Robot

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."

• SCARA Robot
• Steel
• wheel

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.

• Transport and handling robots
• Picking robot system
• Substrate transport device (loader/unloader)

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.

• Machining Center
• SCARA Robot
• Articulated Robot

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.

• Machining Center
• SCARA Robot
• Articulated Robot

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.

• wheel
• Trolley
• Drive system parts

In the adoption of lithium iron phosphate (LFP) batteries, many control engineers face the challenge of "the flatness of the discharge curve." LFP batteries have the characteristic of maintaining voltage even when the remaining charge is low, and they suddenly drop in voltage near their capacity limit. As a result, simple voltage monitoring can lead to control failures, such as changes in the stopping distance of AGVs or inability to stop precisely at designated positions. Alongside strict remaining charge management via BMS (CAN communication), advanced servo control capabilities are required on the motor side to "constantly correct accurate position and speed based on feedback from the encoder, regardless of voltage fluctuations." Our "CMS series (low voltage, high output coreless servo motors)" comes standard with high-resolution encoders. Even in the face of rapid voltage fluctuations specific to LFP batteries or in low voltage environments, it is a precision drive unit that promises millimeter-level accurate positioning and stable operation in conjunction with the upper controller.

• Servo motor
• Servo
• Other transport machines and equipment

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.

• Brushless DC Motor
• Trolley
• Transport and handling robots