Robust industrial column design, silent operation, and high rigidity, collaborative robots are often used for palletizing. Once the palletizing reaches a certain height, the collaborative robot will also reach its extreme position. By moving along a vertical axis to increase the reach of the cooperative robot, the cooperative robot base can be raised or lowered during the palletizing process to keep it in its optimal working position. This expansion of scope has increased production efficiency and reduced costs. Mainstream collaborative robots are compatible with our products and can be plugged and played. For non-compatible corobots, the 0S version of the robot lifting column allows the column to be controlled through a standardized Ethernet TCP/IP protocol interface. With a simple set of commands, you can connect a lifting column assembly to almost any type of collaborative robot and create a dedicated program to execute.

The seventh axis of the robot is a robot walking axis, also known as the external axis or ground rail. It can work with industrial robots and provide horizontal movement for the robot. Our seventh shaft has the characteristics of quality assurance, simple structure, low failure rate, reliable performance, and simple and convenient post-maintenance. It is convenient and practical, covers a small area, and is conducive to the layout of production lines in customers 'factories. It can be set up in a narrow space and can be effectively used after being installed locally. The seventh axis of the robot is divided into open seventh axis, closed seventh axis and semi-closed seventh axis according to the installation form.

The electric clamping jaw combines electric drive, reliable force control and precision control technologies to realize fast, accurate and reliable clamping and handling of workpieces of various shapes and size. Electric clamping jaws have the characteristics of high precision, high speed, high stability and high reliability, and can be widely used in automated production lines, assembly lines, transportation and warehousing and other fields. It can not only improve production efficiency, but also reduce labor costs and improve product quality and production safety. It is of great significance for improving production efficiency and reducing costs.

01 Robots and peripheral products

THK linear guide rail is a high-precision linear guide rail with high rigidity, high precision, high parallelism, etc. It is widely used in CNC machine tools, semiconductor equipment, industrial robots and other fields. Innovatively developed rolling guide rails using ball retainers can eliminate mutual friction between balls and have high bearing capacity and durability. It adopts a ball contact structure at 90° relative to the radial direction, which makes the guide rail have high precision and high parallelism. In addition, THK linear guides also have the advantages of low noise, low friction, high speed, etc. There are many types of THK linear guides, including the SSR type (Compact type with low section height), SNR type (The most rigid radial type among the ball retainer type LM guide series), SNS type (The most rigid four-direction type among the ball retainer type LM guide series, and the four-direction iso-load type with excellent Mc torque), SHW type (the LM track adopts a low center of gravity structure with a large width), SRS type (the LM track has a lower cross-section height, realizing a lightweight and compact structure, and realizing a compact X-Y movement without saddle) and SCR type (adopting a straight-motion system and a large-width roller guide).

THK ball screw is a high-performance, high-precision feed screw product launched by THK Company of Japan. It optimizes the contact angle of the ball between the screw shaft and the nut, and has the advantages of small driving torque, smooth operation, high precision, long life, etc. THK has developed a variety of ball retainer series that allow the balls to maintain the correct position during the running of the screw, avoiding the problem of balls getting stuck or falling off. At the same time, THK ball screws also use high-precision grinding processing technology to ensure their high-precision and high parallelism performance. There are many types of THK ball screws, including standard types, high-speed types, heavy-duty types, ultra-heavy-duty types, etc., which can meet the needs of different mechanical equipment. At the same time, THK also provides a series of supporting seats, motor seats and other accessories, making it easier for users to install and use our products. In general, THK ball screw is a high-performance, high-precision feed screw product that is suitable for use in various high-precision, high-speed, and high-load mechanical equipment.

The EWELLIX roller screw (planetary screw) is a mechanical form in which the screw shaft and nut raceway are built into steel balls and then subjected to infinite rolling and circulation, resulting in the conversion of rotary motion into precise linear positioning motion. It consists of screws, nuts, steel balls, pre-pressing sheets, inverters and dust preventers. Its main function is to convert rotary motion into linear motion. The characteristics of roller screws include high precision, high rigidity, high load capacity, high reliability, low friction coefficient, etc. The nuts of roller screws are usually integrally hardened to increase their hardness and wear resistance, so that they can withstand high loads and high-precision processing requirements. Roller screws are widely used in CNC machine tools, industrial robots, semiconductor equipment and other fields.

02 Linear motion products

TOYO linear motor module is a high-performance, high-precision linear transmission device launched by Dongyouda. It adopts unique linear motor technology and has the advantages of high speed, high precision, high rigidity, long life, etc. TOYO linear motor module mainly consists of linear motor stator, linear motor mover, linear guide rail, support wheel, grating ruler, etc. Among them, the stator and mover of a linear motor are key components, and the gap between them is small, which can reduce friction and vibration. Linear guides provide smooth movement and ensure high precision and rigidity of the module. Support wheels can support and guide the mover to ensure stable movement. The grating ruler can provide position feedback to achieve high-precision position control and speed control. TOYO linear motor modules have many advantages, such as high speed, high precision, high rigidity, long life, etc.

 Introduction to core products

AG Series (Articulated Adaptive Electric Claw)-As the core benchmark product of Dahuan, it is named after "Adaptive Gripper". Since its launch in 2018, it has become the first large-stroke adaptive electric clamping jaw in China, and has won 2019 and 2020 Red Dot Design Awards. It is the first China collaborative electric claw brand certified by Universal Robots UR+. PGC Series (Collaborative Parallel Electric Claw)-Designed for collaborative robot scenarios, it has the highest IP67 protection level and the highest single-side gripping force of 300N. The maximum recommended load can reach 6kg. It can cope with harsh working conditions such as loading and unloading of machine tools and heavy handling requirements. The series won two international design awards in 2021, the Red Dot Award and the IF Award, for precision force control and industrial aesthetics. PGEA series (Industrial Thin Parallel Electric Claw)-is famous for its compact size and precise force control. The thinnest part is only 18mm, supports force repetition accuracy in 0.1N, and the opening and closing time is as fast as 0.15 seconds. It is widely used in semiconductors, 3C electronics, medical automation and other fields require high tempo and fine force control. Flexible grasping scenarios. RGI Series (Industrial Rotating Electric Claw)-the world's first independently developed infinite rotating electric clamping jaw. The clamping force on one side reaches up to 100N and the rotation repetition accuracy reaches ±0.05°. One clamping jaw can complete the dual tasks of grasping and infinite rotation effectively solve the wiring routing and power supply problems in non-standard rotation solutions. PGIA series (industrial parallel electric claw)-meets long stroke

finger adaptive gripper

It provides precise Z-axis linear and rotary movements during high-speed movements, and adjustable speed, thrust and position parameters, allowing complex movements requiring high frequency and high precision. The product is compact and light, and adopts a hollow shaft design to support picking and placing tasks. The intelligent soft landing function relies on precise force control to protect the workpiece taken and placed. The Z-axis has a built-in spring to prevent the axis from falling off during vertical operation. The product adopts photoelectric encoder, with a stroke resolution of up to 0.5μm, a rotational position resolution of 0.005°, and a thrust repetition accuracy of within ±3g. High-quality guide rails and related components have a service life of hundreds of millions of times and are stable and durable.

Voice coil actuator

Highly rigid structural design + high-performance linear guide rail, the maximum load in the horizontal direction reaches 15kg. The load capacity is ahead of similar products on the market It adopts an embedded motor and drive control design, the overall structure is small and compact, and the body width is only 35 mm. It supports multi-side installation and can be easily and quickly deployed in a narrow space. Equipped with high-performance servo motor + precision grinding screw, the sliding table moves quickly, with a maximum speed of 330mm/s, a maximum acceleration of 330mm/s, and a repetitive positioning accuracy of ± 0.01 mm, meeting multiple motion modes. Position mode and push mode can be selected. Position, speed, and thrust parameters are adjustable to meet basic functions such as pushing, pulling, pressing, and positioning at high speeds.

servo cylinder

A synchronous belt endless conveyor line is an endless conveyor line that uses a synchronous belt as a driving element. It has the following characteristics: 1. Good quietness: The friction or collision sound is small when the synchronous belt is running, so the noise is small when the conveying line is running. 2. High precision: The synchronous belt drive annular guide rail can achieve high-precision positioning and is suitable for occasions with high precision requirements. 3. Low cost: The cost of the synchronous belt is lower than the cost of the chain, which can reduce the overall cost of the conveying line. 4. Easy to install and maintain: Timing belts have good wear resistance, no lubrication, no oil stains, and are cleaner when used.

A synchronous belt endless conveyor line is an endless conveyor line that uses a synchronous belt as a driving element. It has the following characteristics: 1. Good quietness: The friction or collision sound is small when the synchronous belt is running, so the noise is small when the conveying line is running. 2. High precision: The synchronous belt drive annular guide rail can achieve high-precision positioning and is suitable for occasions with high precision requirements. 3. Low cost: The cost of the synchronous belt is lower than the cost of the chain, which can reduce the overall cost of the conveying line. 4. Easy to install and maintain: Timing belts have good wear resistance, no lubrication, no oil stains, and are cleaner when used.

The main features of the vertical circular conveyor line include: 1. Vertical installation: The vertical circular conveyor line adopts vertical installation method, which can save ground space and make the factory layout more compact. 2. Small space occupation: Compared with other installation methods of circular guide rails, vertical circular conveying lines can save more than half of the space and improve space utilization. 3. Straight conveying or up and down conveying: The vertical circular conveying line can realize straight conveying or up and down conveying, running smoothly and with high precision. 4. Many types and flexible loads: There are many types of vertical circular conveyor lines, with flexible loads and wide applications, and are suitable for different application scenarios. 5. In addition, assembly and debugging are slightly more difficult, which is also one of the characteristics of vertical circular conveyor lines, especially when debugging track annular guide rails other than single floor, The left and right dual tracks need to be synchronized, so debugging and assembly are difficult.

03 Logistics equipment

The magnetic suspension circular conveying line has the following characteristics: 1. The magnetic suspension conveying system uses a new method of linear motors to accurately control movement in a frictionless manner. The magnetic drive motor module, control system, Combined with the annular guide rail to form an intelligent conveying line. 2. The design of the magnetic suspension circular conveying line is flexible, and straight sections and arc sections can be infinitely combined to meet design, production and space requirements. 3. Each mover trolley is independently motion controlled and can accelerate or decelerate according to the position of other movers. The system can track and monitor the position of the mover. 4. The magnetic suspension circular transmission line adopts a modular design, which is simple to install, upgrade, disassemble or replace, and has low expansion costs. 5. The magnetic suspension circular conveying line has few contact parts or wear parts and low maintenance costs. 6. The magnetic drive conveyor line control system with no cable connection for movers has the characteristics of programmable settings for acceleration, deceleration, speed and position.

There are three series of telescopic guide rails: basic guide rails, full-stroke guide rails and slider guide rails. 1. The basic guide rail (half-stroke guide rail) consists of inner and outer rails, balls and retainers. It is made of imported raw materials and has good wear resistance. and sliding performance, which are mainly used in fields such as logistics retractable forks and special vehicle seats. 2. The full-stroke guide rail is composed of two basic guide rails in different ways. The stroke can reach or exceed the length of the guide rail itself. It is suitable for Automation equipment requires industrial-grade drawer push-pull for heavy component maintenance and workpiece storage. 3. The slide rail series includes inner rails and outer rails, where the inner rails are shorter and limited to sliding within the length of the outer rails. according to the actual For international needs, one or more sliders can be set. Multiple sliders can be assembled in the same set of cages for synchronous movement, or can be assembled In different cages, asynchronous independent movement is achieved. Our telescopic guides are characterized by high quality, strong wear resistance, flexibility and smoothness, and are widely used in industrial equipment and mechanical devices in various fields. Whether it is logistics equipment or automation equipment, it can provide reliable motion control and support.

The characteristics of retractable forks mainly include the following aspects: 1. Telescopic function: The shuttle retractable fork can be retractable as needed to adapt to different size cargo and warehouse space. This design allows the fork It is more flexible when loading and unloading goods and can adapt to goods of various size and shapes. 2. High carrying capacity: Shuttle retractable forks usually have high carrying capacity and can withstand large cargo weights. This design allows the fork It is more stable when loading and unloading goods and can ensure the safe transportation of goods. 3. Automated operation: Shuttle telescopic forks are usually equipped with an automated control system that can realize automatic telescopic and positioning. This design allows the goods Forks are more efficient when loading and unloading goods and can improve logistics efficiency. 4. Easy to maintain: The structure of shuttle retractable forks is usually relatively simple and easy to maintain and maintain. This design allows the fork to be used for long-term use It is enough to maintain good performance and reduce failure rates.

The CRE series shares the same roller CPA as the CRA/CRC series. The CRE series and the CRA/CRC series are both produced by the Kamo Japan factory and imported with original packaging. Retain all characteristics of CRA, remove excess quality, and achieve better cost performance. The TCG rack achieves a lighter rotation-linear transmission through the rolling engagement between the rolling pins of the rollers and the tooth surfaces of the rack. This mechanism can eliminate the clearance of the meshing part through pre-pressing adjustment and realize zero back clearance transmission. Rolling engagement can minimize collision and friction between metal parts, achieving low wear, low dust generation and good maintenance-free performance. Using a special splicing tooth gauge, high-precision rack splicing can be easily realized, making long-stroke mechanical transmission more convenient.

Made of stainless steel, it can easily cope with harsh working conditions such as high rust prevention requirements, no lubrication, and vacuum. The TCG rack achieves a lighter rotation-linear transmission through the rolling engagement between the rolling pins of the rollers and the tooth surfaces of the rack. This mechanism can eliminate the clearance of the meshing part through pre-pressing adjustment and realize zero back clearance transmission. Rolling engagement can minimize collision and friction between metal parts, achieving low wear, low dust generation and good maintenance-free performance. Using a special splicing tooth gauge, high-precision rack splicing can be easily realized, making long-stroke mechanical transmission more convenient.

The TCG ring gear achieves zero back clearance, high-precision positioning and light and smooth power transmission through the rolling engagement between the rolling pins of the roller and the trochoid tooth surfaces. Roller-ring gear provides reliable and precise parts for customers to design large-diameter hollow rotating platforms/turntables. Within a diameter of 600mm, split gear rings/sector gear rings can also correspond.

04 Driving equipment

Jiamao zero back clearance reducer with TCG rollers installed on the output shaft. The integration of roller + reducer simplifies customer design and assembly and improves customer efficiency. When used with Jiamao TCG rack/ring gear, high-precision linear/circumferential positioning can be achieved.

Achieve a high-rigidity, large-diameter hollow zero-backlash deceleration turntable. Compartmentalize the ring gear, rollers and ball reducer to save customer design and assembly time.

Hollow turntable is a rotating platform widely used in industrial manufacturing. Our turntable has significant performance advantages. First of all, the optimized hollow turntable has a compact structure, occupies small space, can achieve high-precision positioning and rotation, and is suitable for processing and assembly of various complex processes. Secondly, high-quality materials and parts are used to make it have high load-bearing capacity and can withstand large workpieces and weights, ensuring a stable production process. In addition, accepting customization requirements, it can be customized according to different needs to meet various application scenarios. At the same time, because of its advantages such as high precision, high rigidity, high stability and long life, it can ensure reliability and stability for long-term use. Under the trend of domestic substitution for imports, it has been recognized by the majority of users.

As a key part of machine tool equipment, machine tool protective covers play an indispensable protective role. It is mainly made of metal plate or high-strength plastic, has a strong structure and can effectively resist the intrusion of cutting fluid, iron filings and other industrial waste. This not only maintains precision parts inside the machine tool and avoids possible wear and damage, but also ensures stable operation of the machine tool, thereby improving production efficiency. In addition, the design of the machine tool protective cover also fully considers the safety of personnel. Through scientific structural design, it can effectively block operators from coming into contact with machine tool components that are moving or may pose danger, preventing accidental injuries. At the same time, the high-quality protective cover also has excellent sound insulation and heat insulation properties, which reduces working noise and reduces the impact of heat on the working environment. In summary, machine tool protective covers are important equipment to ensure the normal operation of machine tool equipment, improve production efficiency, and ensure the safety of operators. In industrial production, we should attach importance to and rationally use machine tool protective covers to achieve safe and efficient production goals.

1. The role of precision constant temperature and humidity air conditioning systems Precision constant temperature and humidity air conditioning systems are specifically designed to meet the harsh environmental requirements of semiconductor manufacturing. Such systems can accurately control the temperature and humidity in the space and maintain them within set standard ranges. Through advanced sensors, controllers and adjustment mechanisms, these systems can monitor and adjust environmental parameters in real time to adapt to subtle changes in the production process. 2. key features - High control accuracy: The precision constant temperature and humidity air conditioning system can achieve a temperature control accuracy of ±0.1°C and a relative humidity control accuracy of ±2%. - Stability: The system design must ensure long-term operation stability and avoid production interruptions caused by environmental fluctuations. - Reliability: High-quality components and materials, as well as redundant design, ensure long-term reliable operation of the system. - Cleanliness: The system must meet clean room standards for semiconductor manufacturing to prevent particulate matter contamination. - Intelligent management: Integrate intelligent monitoring system to provide data analysis, early warning and remote control functions.

05 Other mechanical and electrical products

linear guide rail

THK ball screw is a high-performance, high-precision feed screw product launched by THK Company of Japan. It optimizes the contact angle of the ball between the screw shaft and the nut, and has the advantages of small driving torque, smooth operation, high precision, long life, etc. THK has developed a variety of ball retainer series that allow the balls to maintain the correct position during the running of the screw, avoiding the problem of balls getting stuck or falling off. At the same time, THK ball screws also use high-precision grinding processing technology to ensure their high-precision and high parallelism performance. There are many types of THK ball screws, including standard types, high-speed types, heavy-duty types, ultra-heavy-duty types, etc., which can meet the needs of different mechanical equipment. At the same time, THK also provides a series of supporting seats, motor seats and other accessories, making it easier for users to install and use our products. In general, THK ball screw is a high-performance, high-precision feed screw product that is suitable for use in various high-precision, high-speed, and high-load mechanical equipment.

Ball screw

Planetary screw

The EWELLIX roller screw (planetary screw) is a mechanical form in which the screw shaft and nut raceway are built into steel balls and then subjected to infinite rolling and circulation, resulting in the conversion of rotary motion into precise linear positioning motion. It consists of screws, nuts, steel balls, pre-pressing sheets, inverters and dust preventers. Its main function is to convert rotary motion into linear motion. The characteristics of EWELLIX roller screws include high precision, high rigidity, high load capacity, high reliability, low friction coefficient, etc. The nuts of roller screws are usually integrally hardened to increase their hardness and wear resistance, so that they can withstand high loads and high-precision processing requirements. Roller screws are widely used in CNC machine tools, industrial robots, semiconductor equipment and other fields.

TOYO linear motor module is a high-performance, high-precision linear transmission device launched by Dongyouda. It adopts unique linear motor technology and has the advantages of high speed, high precision, high rigidity, long life, etc. TOYO linear motor module mainly consists of linear motor stator, linear motor mover, linear guide rail, support wheel, grating ruler, etc. Among them, the stator and mover of a linear motor are key components, and the gap between them is small, which can reduce friction and vibration. Linear guides provide smooth movement and ensure high precision and rigidity of the module. Support wheels can support and guide the mover to ensure stable movement. The grating ruler can provide position feedback to achieve high-precision position control and speed control. TOYO linear motor modules have many advantages, such as high speed, high precision, high rigidity, long life, etc.

Linear motor module

THK linear guide rail is a high-precision linear guide rail with high rigidity, high precision, high parallelism, etc. It is widely used in CNC machine tools, semiconductor equipment, industrial robots and other fields. Innovatively developed rolling guide rails using ball retainers can eliminate mutual friction between balls and have high bearing capacity and durability. It adopts a ball contact structure at 90° relative to the radial direction, which makes the guide rail have high precision and high parallelism. In addition, THK linear guides also have the advantages of low noise, low friction, high speed, etc. There are many types of THK linear guides, including the SSR type (Compact type with low section height), SNR type (The most rigid radial type among the ball retainer type LM guide series), SNS type (The most rigid four-direction type among the ball retainer type LM guide series, and the four-direction iso-load type with excellent Mc torque), SHW type (the LM track adopts a low center of gravity structure with a large width), SRS type (the LM track has a lower cross-section height, realizing a lightweight and compact structure, and realizing a compact X-Y movement without saddle) and SCR type (adopting a straight-motion system and a large-width roller guide).

--High speed and high rigidity: The smooth rolling of the V-shaped roller on the V-shaped guide rail surface can achieve a linear speed of up to 10m/s and an acceleration of up to 2G. At the same time, the system has high rigidity and can meet the needs of frequent starts and stops. Precise positioning needs. Compared with the ball guide rail that is prone to shaking due to insufficient rigidity in the arc section, the roller guide rail can maintain sufficient contact and stable preload throughout the entire circular trajectory, making it more rigid. --Excellent adaptability to harsh environments: The roller guide has a unique self-cleaning function. The "scraping" effect produced by the V-shaped roller when rolling can actively remove dust, chips and other impurities on the guide rail surface. The rolling bearing does not directly contact the guide rail surface, and the bearing itself has good sealing properties. This allows it to be widely used in harsh industrial environments such as dust-free workshops to spraying and welding with more dust and debris. --High precision and long life: The roller guide rail ensures high positioning accuracy through grinding process. With auxiliary devices, the accuracy can reach ±0.05mm. In a good working environment, the operating life of the roller can reach more than 40,000 kilometers (4,000 kilometers), and the worn guide rail or roller can be replaced separately during maintenance, which makes maintenance costs low.

ring guideway

A synchronous belt endless conveyor line is an endless conveyor line that uses a synchronous belt as a driving element. It has the following characteristics: 1. Good quietness: The friction or collision sound is small when the synchronous belt is running, so the noise is small when the conveying line is running. 2. High precision: The synchronous belt drive annular guide rail can achieve high-precision positioning and is suitable for occasions with high precision requirements. 3. Low cost: The cost of the synchronous belt is lower than the cost of the chain, which can reduce the overall cost of the conveying line. 4. Easy to install and maintain: Timing belts have good wear resistance, no lubrication, no oil stains, and are cleaner when used.

Synchronous belt endless conveyor line

The main features of the vertical circular conveyor line include: 1. Vertical installation: The vertical circular conveyor line adopts vertical installation method, which can save ground space and make the factory layout more compact. 2. Small space occupation: Compared with other installation methods of circular guide rails, vertical circular conveying lines can save more than half of the space and improve space utilization. 3. Straight conveying or up and down conveying: The vertical circular conveying line can realize straight conveying or up and down conveying, running smoothly and with high precision. 4. Many types and flexible loads: There are many types of vertical circular conveyor lines, with flexible loads and wide applications, and are suitable for different application scenarios. 5. In addition, assembly and debugging are slightly more difficult, which is also one of the characteristics of vertical circular conveyor lines, especially when debugging track annular guide rails other than single floor, The left and right dual tracks need to be synchronized, so debugging and assembly are difficult.

Vertical double loop line

The magnetic suspension circular conveying line has the following characteristics: 1. The magnetic suspension conveying system uses a new method of linear motors to accurately control movement in a frictionless manner. The magnetic drive motor module, control system, Combined with the annular guide rail to form an intelligent conveying line. 2. The design of the magnetic suspension circular conveying line is flexible, and straight sections and arc sections can be infinitely combined to meet design, production and space requirements. 3. Each mover is independently motion controlled and can accelerate or decelerate according to the position of other movers. The system can track and monitor the position of the mover. 4. The magnetic suspension circular transmission line adopts a modular design, which is simple to install, upgrade, disassemble or replace, and has low expansion costs. 5. The magnetic suspension circular conveying line has few contact parts or wear parts and low maintenance costs. 6. The magnetic drive conveyor line control system with no cable connection for movers has the characteristics of programmable settings for acceleration, deceleration, speed and position.

maglev loop

The DX series of ironless patented overlapping winding machines have excellent force density to coil size ratios to produce high forces and accelerations. DX Coil's overlapping manufacturing technology allows for a smaller size motor compared to competitors because of its higher force density and further improved heat dissipation through optional forced air cooling methods. All DX series load gauges are designed with highly flexible cables, modular Hall effect sensors and overheating protection (thermostats or PT100), making them ideal for the most demanding applications. Modular U-track track length increments of 60mm allow easy assembly of unlimited travel lengths. PIX iron-core linear motors provide affordable solutions for high-thrust linear applications with low cogging force and large thrust. When we designed the iron core, we optimized the heat dissipation performance, which greatly increased the motor thrust (9000N). The motor adopts highly flexible cables for outgoing wires and can be optionally equipped with Hall sensors. It is widely used in various automation fields and related industries. The stator (magnetic track) is of standardized design, and the stator length specifications are increased. Stators of different specifications can be used for matching according to product needs, with unlimited travel.

linear motor

The PBA flexible gantry system provides industry-leading performance. The system is suitable for high speeds and large loads without affecting accuracy, repeatability or throughput. The powerful PBA direct-drive motor achieves the fastest speed and highest acceleration on the market, and the encoder ensures perfect accuracy in feedback and control functions such as gantry mode, servo assist and input shaping. The system is used in a variety of process applications such as automated optical inspection, dispensing, picking and placing, and automated assembly.

Ultra-precision flexible gantry marble platform

The CRE series shares the same roller CPA as the CRA/CRC series. The CRE series and the CRA/CRC series are both produced by the Kamo Japan factory and imported with original packaging. Retain all characteristics of CRA, remove excess quality, and achieve better cost performance. The TCG rack achieves a lighter rotation-linear transmission through the rolling engagement between the rolling pins of the rollers and the tooth surfaces of the rack. This mechanism can eliminate the clearance of the meshing part through pre-pressing adjustment and realize zero back clearance transmission. Rolling engagement can minimize collision and friction between metal parts, achieving low wear, low dust generation and good maintenance-free performance. Using a special splicing tooth gauge, high-precision rack splicing can be easily realized, making long-stroke mechanical transmission more convenient.

zero-backlash roller rack

Made of stainless steel, it can easily cope with harsh working conditions such as high rust prevention requirements, no lubrication, and vacuum. The TCG rack achieves a lighter rotation-linear transmission through the rolling engagement between the rolling pins of the rollers and the tooth surfaces of the rack. This mechanism can eliminate the clearance of the meshing part through pre-pressing adjustment and realize zero back clearance transmission. Rolling engagement can minimize collision and friction between metal parts, achieving low wear, low dust generation and good maintenance-free performance. Using a special splicing tooth gauge, high-precision rack splicing can be easily realized, making long-stroke mechanical transmission more convenient.

Stainless steel zero-backlash roller rack

The TCG ring gear achieves zero back clearance, high-precision positioning and light and smooth power transmission through the rolling engagement between the rolling pins of the roller and the trochoid tooth surfaces. Roller-ring gear provides reliable and precise parts for customers to design large-diameter hollow rotating platforms/turntables. Within a diameter of 600mm, split gear rings/sector gear rings can also correspond.

Zero backlash roller ring gear

Jiamao zero back clearance reducer with TCG rollers installed on the output shaft. The integration of roller + reducer simplifies customer design and assembly and improves customer efficiency. When used with Jiamao TCG rack/ring gear, high-precision linear/circumferential positioning can be achieved.

Zero back clearance precision reducer

Achieve a high-rigidity, large-diameter hollow zero-backlash deceleration turntable. Compartmentalize the ring gear, rollers and ball reducer to save customer design and assembly time.

idle table in zero back clearance

The PBA brand calibration (alignment) platform integrates X/Y/R multi-axis linkage control to achieve precise alignment at the micron level and even nanometer level. It adopts a direct-drive motor and a high-rigidity structure design with fast response, no back gap, and repetitive positioning accuracy of up to ±0.5μm. It provides stable and reliable positioning solutions for semiconductor packaging, MiniLED mounting, lithography alignment and 3C electronic assembly. The PBA platform supports multiple configurations such as XXY and UVW, and can be flexibly embedded into various automated production lines. Combined with intelligent calibration algorithm and high-resolution grating feedback, closed-loop control is achieved and yield and efficiency are significantly improved. Choosing PBA is not only about precision, but also about long-term operation stability and brand technical services. Make every counterpoint accurate.

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