The THK LMH, LMH ML SERIES represents a high-performance, flanged type Cut Flange Model within the THK Guide Ball Bushing Linear Bushing family. This series is engineered for applications demanding compact design, high rigidity, and exceptional smoothness in linear motion. The defining characteristic of the flanged type with a cut flange is its unique housing design, which facilitates easy mounting and precise alignment while saving space and simplifying the overall machine structure. These linear bushings are designed to operate in conjunction with precision-hardened and ground shafts, providing a complete, highly reliable linear motion solution. Technically, the LMH and LMH ML SERIES incorporate a ball-recirculating system that ensures smooth, low-friction travel with minimal fluctuation in torque. The construction features a cut in the flange, a design innovation that allows for radial installation and removal from the shaft without needing to disassemble other components—a significant advantage for maintenance and assembly in confined spaces. The bushings are manufactured from high-carbon chromium bearing steel, providing high load capacity and long service life. To optimize performance and durability, the balls are precision-ground and the raceways undergo a sophisticated heat treatment process to achieve high hardness and excellent wear resistance. Many models also include highly effective seals or shields to prevent the ingress of contaminants like dust and chips, thereby protecting the internal ball recirculation system and ensuring consistent performance even in harsh operating environments. The performance advantages of this series are substantial. The combination of the flanged design and high rigidity translates to excellent moment load capacity, allowing the bushing to withstand forces that would cause misalignment or failure in less robust components. This results in improved positional accuracy and repeatability for the entire system. The low-friction coefficient and highly efficient ball recirculation contribute to high-speed capability and smooth motion, which minimizes vibration and noise—a critical factor in precision equipment. Furthermore, the standardized design and availability in various accuracy classes make these bushings versatile and easy to integrate into new or existing automation systems. Typical applications for the THK LMH, LMH ML SERIES are found across a wide spectrum of industries. In industrial automation and machinery, they are extensively used in the linear axes of pick-and-place robots, automated assembly machines, precision measuring instruments, and sliding doors. Within the automotive sector, these components are vital in precision manufacturing equipment, such as CNC tool changers, welding robot arms, and parts transfer systems. For high-precision equipment, including semiconductor manufacturing apparatus, medical diagnostic devices, and optical positioning stages, the series' smooth motion, accuracy, and reliability are indispensable. Their robust construction also makes them suitable for applications subject to vibration and varying loads, ensuring long-term operational stability and reducing maintenance downtime.

The THK LMH and LMH M SERIES flanged type Cut Flange Model LMH linear bushings represent a specialized evolution of the classic ball bushing, engineered for high-precision linear motion where space constraints, rigidity, and ease of installation are paramount. This flanged design incorporates a strategically placed cut-out, or notch, in the flange itself, which fundamentally enhances its functionality. This feature allows for direct mounting onto a base or machine frame using bolts that pass through the cut flange, eliminating the need for complex and bulky separate housing blocks. The result is a more compact and streamlined assembly, reducing both the overall system footprint and the number of components required. Technically, these bushings are characterized by their robust construction and advanced recirculation system for the load-bearing balls. The internal structure ensures smooth, consistent ball circulation, which minimizes friction and provides highly stable movement with minimal variation in dynamic torque. This precision engineering directly translates into superior performance advantages, including exceptional rigidity and high load capacity. The direct mounting via the cut flange significantly increases resistance to moment loads, preventing tilting and ensuring accurate, repeatable linear guidance. Furthermore, the design facilitates exceptional quietness and low vibration operation, even at high speeds, contributing to longer service life for both the bushing and the entire mechanical system. Maintenance is simplified, as many models are available as pre-lubricated, sealed units, protecting the internal ball tracks from contaminants like dust and chips. The specific design of the LMH/LMH M SERIES makes them exceptionally well-suited for a wide array of demanding applications across multiple industries. In industrial automation and machinery, they are frequently deployed in the precise positioning axes of pick-and-place units, assembly robots, and automated handling systems where their compactness and rigidity are critical. Within the automotive manufacturing sector, these components are integral to precision testing equipment, valve actuation systems, and various tooling and fixturing devices on production lines. For high-precision equipment, such as semiconductor manufacturing apparatus, medical diagnostic devices, and precision measuring instruments, the LMH SERIES provides the necessary smoothness, accuracy, and reliability to ensure flawless operation. Their versatility and performance make them a fundamental component for engineers designing compact, high-speed, and high-rigidity linear motion solutions.

The THK LMH-L SERIES flanged type Cut Flange Model LMH linear bushings represent a specialized evolution in linear motion technology, engineered to deliver exceptional precision, rigidity, and durability in demanding industrial applications. These ball bushings feature a unique flanged design with a strategically placed cut in the flange, which significantly enhances their versatility during installation and maintenance. The flange itself provides a robust mounting surface, allowing for secure and straightforward attachment to machine structures using standard fasteners, while the cut enables the bushing to be mounted or removed without the need to disassemble the entire shaft or surrounding components. This design innovation drastically reduces downtime and simplifies servicing, making it an ideal choice for machinery where accessibility is limited or frequent adjustments are necessary. Constructed from high-grade chromium steel and subjected to THK's proprietary heat treatment processes, the LMH-L SERIES bushings exhibit superior hardness and wear resistance, ensuring a long operational lifespan even under high-load conditions. The internal structure incorporates precision-ground balls that circulate smoothly within hardened raceways, minimizing friction and enabling high-speed linear movement with remarkable accuracy. This results in low noise operation and reduced vibration, which is critical for maintaining the integrity of sensitive processes. The bushings are also available with optional seals or wipers to protect against contaminants such as dust, chips, and moisture, further enhancing reliability in harsh environments. Performance advantages of the LMH-L SERIES include high load capacity, both radial and moment, due to the optimized contact angle between the balls and raceways. This allows the bushings to withstand substantial forces without compromising smooth motion, contributing to improved machine stability and positioning repeatability. Their compact flanged profile saves space in machinery design, while the corrosion-resistant options extend usability in chemically aggressive settings. Typical applications span across industrial machinery, where they are employed in CNC machining centers for tool positioning, automated assembly lines for precise component handling, and packaging equipment for repetitive linear motions. In automotive systems, these bushings facilitate accurate movements in robotic welding arms, engine test stands, and brake system manufacturing fixtures. Within precision equipment, they are integral to semiconductor manufacturing devices, optical alignment systems, and medical diagnostic instruments, where micron-level accuracy and reliability are non-negotiable. By combining innovative design with rigorous manufacturing standards, the THK LMH-L SERIES flanged type Cut Flange linear bushings provide a dependable solution for enhancing efficiency and precision in modern automation and machinery.

The THK LMH Series flanged type Cut Flange Model LMH linear bushings represent a specialized evolution in ball bushing guide technology, engineered to deliver exceptional precision, rigidity, and durability in demanding linear motion applications. This design incorporates a unique flanged housing with a strategically placed cut-out section, which significantly enhances its versatility for mounting and integration into machinery structures. The bushing itself operates on the fundamental principle of a ball recirculation system, where precision-ground steel balls circulate endlessly between the shaft and the bushing’s outer race. This provides smooth, low-friction linear travel with minimal resistance. Key technical features define the performance superiority of the LMH Series. The flanged design offers a robust and stable mounting platform, allowing for secure fixation to machine frames using standard fasteners, which simplifies installation and improves overall system stiffness. The "Cut Flange" is a critical innovation; by removing a segment of the flange, the bushing can be mounted onto a shaft without requiring access to its end, facilitating maintenance and assembly in space-constrained environments. The bushings are manufactured from high-carbon chromium bearing steel, subjected to rigorous heat treatment processes to achieve a hardened, wear-resistant surface. This ensures a long operational life even under high-load conditions and frequent reciprocating motion. Furthermore, the precision-ground internal geometry and optimized ball recirculation channels guarantee smooth, consistent motion with minimal vibration and noise generation. The performance advantages of the LMH Series translate directly into operational benefits. They exhibit an exceptionally low coefficient of friction, which reduces drive power requirements and minimizes heat generation, contributing to energy efficiency. Their high load capacity, encompassing both radial and moment loads, allows them to withstand significant forces without compromising accuracy or service life. The rigidity afforded by the flanged mounting resists deflection under load, maintaining precise alignment and positioning repeatability critical for automated processes. This combination of low friction, high load capacity, and rigidity results in a component that offers high-speed capability, exceptional accuracy, and outstanding longevity with minimal maintenance needs. Typical applications for the THK LMH Series are found across industries where reliable and precise linear guidance is paramount. In industrial machinery, they are extensively used in the sliding tables of machining centers, automated assembly robots, precision indexing units, and the linear axes of pick-and-place systems. Within automotive manufacturing systems, these bushings are integral to automated welding guns, precision parts handling manipulators, and testing equipment that requires smooth and accurate linear motion. In the realm of precision equipment, the LMH Series is often specified for the stages of semiconductor manufacturing apparatus, precision measuring instruments, medical device automation, and optical positioning systems, where their low friction and high rigidity are essential for achieving micron-level accuracy and repeatability.