廣杉計器 Product Lineup

This product is a steel round hollow spacer with a through hole inside. It is mainly used as a spacer to fill gaps inside enclosures when combined with long screws. This series offers a wide range of size variations, allowing you to select a suitable model that meets design conditions based on combinations of outer diameter, inner diameter, and overall length. The surface is treated with trivalent chromium chromate to reduce environmental impact. It is environmentally friendly as it does not contain hexavalent chromium, while still providing stable protection against moisture and corrosion. Thanks to the excellent mechanical strength characteristic of steel, it maintains stable holding power even in structures subjected to vibration and load. It is a component that achieves robust fastening in sealed environments with rust prevention measures and in designs where the balance between cost and rigidity is emphasized.

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This product is a round hollow spacer made of steel, formed by rolling steel plates into a cylindrical shape. It is widely used as a spacer to fill gaps inside enclosures when combined with long screws, as it has no threads. The surface is treated with trivalent chromium chromate to reduce environmental impact. It is environmentally friendly, containing no hexavalent chromium, while still providing stable protection against moisture and corrosion. Thanks to the excellent mechanical strength characteristic of steel materials, it maintains stable holding power even in structures subjected to vibration and load. Additionally, it achieves a high cost-performance ratio due to its rolled pipe structure and the rigidity unique to steel, making it a robust fastening component for sealed environments with anti-rust measures and designs where reliability is prioritized.

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This product is a steel round hollow spacer with a through hole inside. It is mainly used for "insulation and separation" when passing screws, or as a spacer to fill gaps inside enclosures when combined with long screws. The surface is treated with "electroless nickel plating," which offers excellent corrosion resistance and wear resistance. Because a uniform coating thickness is achieved, it demonstrates high compatibility even when combined with parts that require precise dimensional accuracy. Thanks to the excellent mechanical strength characteristic of steel, it maintains stable holding power even in structures subjected to vibration and load. This component achieves robust and reliable fastening in environments where rust resistance and aesthetic appearance are required, as well as in designs where the balance between cost and rigidity is emphasized.

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This is a highly versatile PCB spacer with male threads processed at both ends in a hexagonal shape. It accommodates a wide range of applications, such as spacing between PCBs and securing components within enclosures. By using aluminum as the material, it is significantly lighter compared to other metals like iron and brass, which can greatly reduce the overall weight of the equipment. This is particularly beneficial in products that involve moving parts, such as motors and actuators, where reducing the weight of moving components helps suppress inertia, thereby contributing significantly to reducing motor load and power consumption (energy saving). In designs aimed at lightweighting and improving response, this aluminum spacer is an extremely effective part. It supports both performance enhancement and energy efficiency in any design scenario where lightness is required, such as drones, robots, or portable products.

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This is a highly versatile spacer for circuit boards, featuring male threads at both ends in a hexagonal shape. It accommodates a wide range of applications, such as spacing between circuit boards and securing components inside enclosures. Aluminum is significantly lighter compared to metals like iron and brass, greatly contributing to the overall weight reduction of the equipment. Particularly when used in moving parts such as motors and actuators, it helps reduce inertia, leading to decreased motor load and lower power consumption (energy saving). The surface is treated with "black anodizing," enhancing both practicality and appearance. The hard oxide film created by anodizing improves corrosion and wear resistance, protecting the product from rust and scratches even with long-term use. Additionally, the deep black color that suppresses light reflection unifies the texture inside the equipment and enhances its design quality. This product, which combines improved response due to weight reduction, energy efficiency, and excellent durability and design, is an ideal component for designs requiring a balance of performance and quality, such as in drones and robots.

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This is a highly versatile spacer for circuit boards, featuring male threads at both ends in a hexagonal shape. It accommodates a wide range of applications, such as spacing between circuit boards and securing components within enclosures. Aluminum has a significantly lower specific gravity compared to iron and brass, which helps reduce inertial loads when incorporated into moving parts, contributing to the lightweight design of driving equipment and reducing power consumption. Electroless nickel plating provides excellent durability by firmly covering the metal surface, ensuring resilience even under harsh conditions. It is particularly resistant to corrosion, effectively preventing the unique deterioration and rust of aluminum over the long term. Additionally, the plating itself is very hard and dense, making it resistant to surface wear and scratches, thereby extending the product's lifespan. This part is effective for designs that prioritize lightweight construction while aiming to reduce maintenance frequency, as well as for outdoor and industrial equipment designs that require stable reliability over extended periods.

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This is a highly versatile spacer for circuit boards, featuring external threads on one side and internal threads on the other, shaped like a hexagon. It accommodates a wide range of applications, including height adjustment of circuit boards, securing to chassis, and connecting spacers together. Aluminum has a significantly lower specific gravity compared to iron and brass, so incorporating it into moving parts helps reduce inertial loads, contributing to the lightweight design of drive equipment and reducing power consumption. The surface is finished with acid washing, resulting in a clean appearance that highlights the inherent texture of the aluminum material. This part is suitable for improving response due to weight reduction and energy-efficient design.

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This is a highly versatile spacer for circuit boards, featuring external threads on one side and internal threads on the other, shaped like a hexagon. It accommodates a wide range of applications, including height adjustment of circuit boards, securing to chassis, and connecting spacers together. The aluminum material has a lower specific gravity than iron or brass, which helps reduce inertial load when incorporated into moving parts, contributing to the lightweight of driving equipment and reducing power consumption. The surface is treated with black anodizing, significantly enhancing the corrosion resistance and wear resistance of aluminum. The hard oxide film created by anodizing prevents scratches on the main body, maintaining a stable condition even after prolonged use. Additionally, the deep black color reduces light reflection, making it ideal for designs that require a unified texture in black enclosures or for the interiors of optical devices that dislike light reflections, where both design and functionality are essential. This product, combining improved response due to weight reduction, energy efficiency, durability, and design, contributes to applications in scenes where high quality is required, such as drones and robots.

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This is a highly versatile spacer for circuit boards, featuring external threads on one side and internal threads on the other, shaped like a hexagon. It accommodates a wide range of applications, including height adjustment of circuit boards, securing to chassis, and connecting spacers together. Its most notable feature is the remarkable lightness of aluminum combined with the strong durability provided by electroless nickel plating. Aluminum has a significantly lower specific gravity compared to iron and brass, which helps reduce inertial load when incorporated into moving parts, contributing to the lightweight design of drive equipment and reducing power consumption. Electroless nickel plating provides excellent durability by forming a strong coating on the metal surface, ensuring resistance even under harsh conditions. It is particularly resistant to corrosion, effectively preventing the degradation and rust specific to aluminum over long periods. Additionally, the plating itself is very hard and dense, making it resistant to surface wear and scratches, thereby extending the product's lifespan. This part is effective for designs that prioritize weight reduction while aiming to decrease maintenance frequency, as well as for outdoor and industrial equipment designs that require stable reliability over the long term.

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This is a highly versatile spacer for circuit boards, featuring external threads on one side and internal threads on the other, shaped like a hexagon. It accommodates a wide range of applications, including height adjustment of circuit boards, securing to chassis, and connecting spacers together. The main feature is its lightweight aluminum material. Compared to iron and brass, it significantly reduces the overall weight of the equipment. This is particularly beneficial for moving products such as motors and actuators, as reducing the weight of moving parts helps to suppress inertia, leading to reduced motor load and lower power consumption (energy-saving). The surface is finished with acid washing, providing a clean appearance that highlights the natural texture of the aluminum material. The hexagonal shape makes it easy to tighten with tools, allowing for smooth assembly work. This part is ideal for improving response due to weight reduction and for energy-efficient design.

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This is a highly versatile spacer for circuit boards, featuring external threads on one side and internal threads on the other side in a hexagonal shape. It accommodates a wide range of applications, including height adjustment of circuit boards, securing to chassis, and connecting spacers together. The aluminum material has a lower specific gravity than iron or brass, which helps reduce inertial load when incorporated into moving parts, contributing to the lightweight design of drive equipment and energy consumption reduction. The surface is treated with black anodizing, significantly enhancing the corrosion resistance and wear resistance of aluminum. The hard oxide film created by anodizing prevents scratches on the body and maintains a stable condition even after prolonged use. Additionally, the deep black color suppresses light reflection, making it suitable for designs that require a unified texture in black enclosures or for the interiors of optical devices that dislike light reflections, where both design and functionality are essential. This product, which combines improved response due to weight reduction, energy efficiency, durability, and design aesthetics, contributes to applications in high-quality demanding environments such as drones and robots.

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This is a highly versatile spacer for circuit boards, featuring external threads on one side and internal threads on the other, shaped like a hexagon. It accommodates a wide range of applications, including height adjustment of circuit boards, securing to chassis, and connecting spacers together. The standout feature is the remarkable lightness of the aluminum material combined with the strong durability provided by electroless nickel plating. Aluminum has a significantly lower specific gravity compared to iron and brass, which helps reduce inertial load when incorporated into moving parts, contributing to the lightweight design of drive equipment and reducing power consumption. Electroless nickel plating offers excellent durability by firmly covering the metal surface, allowing it to withstand harsh conditions. It is particularly resistant to corrosion, effectively preventing the deterioration and rust specific to aluminum over long periods. Additionally, the plating itself is very hard and dense, making it resistant to surface wear and scratches, thus extending the product's lifespan. This part is effective for designs that prioritize lightweight construction while aiming to reduce maintenance frequency, as well as for outdoor and industrial equipment designs that require stable reliability over the long term.

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【Product Introduction】Aluminum Hexagonal Short Male Thread Spacer (Pickled Finish) / MSL-E This is a space-saving design spacer for circuit boards, featuring a short male thread on one side in a hexagonal shape. By minimizing the length of the male thread, it allows for neat fixation while preventing interference from excess protrusions when stacking circuit boards or in narrow enclosures. Made from lightweight aluminum, it offers significant weight reduction compared to iron or brass. Using it in movable areas such as motor drive components helps reduce inertial load, greatly contributing to energy efficiency and improved response of the equipment. The surface is treated with a pickled finish, maintaining the clean texture and high processing precision inherent to aluminum. This part is ideal for products where weight reduction is essential, such as robots, maximizing the use of limited space while enhancing performance.

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This is a space-saving design suitable for circuit board spacers, featuring a short male thread on one side in a hexagonal shape. Due to the short male thread, it can maximize the use of narrow gaps between circuit boards and dead space within the housing, allowing for smart fixation while preventing interference from unnecessary protrusions. The material used is lightweight aluminum, which allows for significant weight reduction compared to iron or brass. When used in movable parts, it reduces inertial load, directly contributing to energy savings in motors and improved overall response of the equipment. The surface is treated with "black anodizing," balancing practicality and design. The hard oxide film created by anodizing enhances corrosion and wear resistance, protecting the product from rust and scratches even with long-term use. Additionally, the deep black color that suppresses light reflection unifies the texture inside the equipment and enhances its aesthetic appeal. This part is ideal for designs seeking performance improvement through weight reduction, reliable fixation in limited spaces, and refined appearance.

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This is a space-saving design suitable for circuit board spacers, featuring a short male thread on one side in a hexagonal shape. The design minimizes the length of the male thread, preventing component interference in narrow enclosures and supporting high-density circuit board mounting. The material used is lightweight aluminum, which significantly reduces the overall weight of the equipment compared to iron or brass. Its use in movable parts directly contributes to reducing inertial loads, greatly aiding in energy efficiency of motors and improving the response of the equipment. The surface is treated with "electroless nickel plating," which dramatically enhances the durability of aluminum, a material known for its weaknesses. The plating is very hard and dense, preventing rust and degradation for extended periods even in harsh environments such as humidity and corrosive gases. Additionally, it is resistant to wear, providing high reliability even during repeated assembly operations. This part is ideal for designs that aim to achieve high performance through weight reduction while also ensuring robust durability capable of withstanding harsh usage conditions.

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This is a spacer with a hexagonal shape and threaded ends, suitable for connecting or relaying circuit boards. Since both ends are externally threaded, it greatly expands the structural design options for bridging components with internal threads or for extending height by connecting spacers. It is made of lightweight aluminum, which significantly reduces the overall weight of equipment compared to iron or brass materials. Particularly, using it in movable parts helps reduce inertial load, greatly contributing to energy savings in motors and improving the response of drive equipment. The surface is finished with acid washing, maintaining the clean texture and high processing precision inherent to aluminum material. This is a very effective part for designs that aim to balance lightweight construction with flexibility in connections while keeping the structure simple.

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This is a spacer with male threads at both ends in a hexagonal shape, suitable for connecting or relaying circuit boards. Since both ends have male threads, it greatly enhances the flexibility of structural design when bridging components with female threads or when extending height by connecting spacers. It can significantly reduce the overall weight of equipment compared to those made of iron or brass. Particularly, by adopting it in movable parts, it helps to reduce inertial loads, contributing greatly to energy savings in motors and improving the response of drive equipment. The surface is treated with "black anodizing," balancing practicality and design. The hard oxide film created by anodizing enhances corrosion resistance and wear resistance, protecting the product from rust and scratches even with long-term use. Additionally, the deep black color that suppresses light reflection unifies the texture inside the equipment and enhances its aesthetic appeal. This part is ideal for designs seeking performance improvements through weight reduction, reliable connections, and refined appearance.

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This is a spacer with male threads at both ends in a hexagonal shape, suitable for connecting or bridging circuit boards. Since both ends have male threads, it greatly enhances the flexibility of structural design when bridging components with female threads or when connecting spacers to extend height. It is made of lightweight aluminum, significantly reducing the overall weight of equipment compared to iron or brass. Particularly, using it in movable parts helps reduce inertial loads, greatly contributing to energy savings in motors and improving the response of drive equipment. The surface is treated with "electroless nickel plating," which dramatically enhances the durability, a weakness of aluminum. The plating is very hard and dense, preventing rust and degradation over long periods even in harsh environments. Additionally, it is resistant to wear, providing high reliability even during repeated assembly operations. This part is ideal for designs that aim to achieve high performance through weight reduction while maintaining robust durability capable of withstanding harsh usage conditions.

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This is a highly versatile spacer for circuit boards, featuring male threads at both ends in a cylindrical shape. Unlike hexagonal types, its cylindrical shape allows for smooth placement even in narrow spaces within enclosures or near contact points where sharp corners should be avoided. It is made from lightweight aluminum, significantly reducing the overall weight of the equipment compared to iron or brass materials. By using it in driving devices or movable parts, it helps reduce inertial load, greatly contributing to energy savings and improved response of motors. The surface is finished with acid washing, maintaining the clean texture and high machining precision inherent to aluminum. This part is ideal for designs that require a smart design with minimal protrusions, prioritizing lightweight construction while simply securing the circuit board.

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This is a highly versatile spacer for circuit boards, featuring male threads at both ends in a cylindrical shape. Unlike hexagonal types, its cornerless cylindrical shape makes it easier to secure clearance in narrow spaces within enclosures or areas adjacent to other components, allowing for a smart implementation. It can significantly reduce the overall weight of the equipment compared to those made of iron or brass. Particularly, by adopting it in movable parts, it helps to reduce inertial loads, directly contributing to energy savings in motors and improved response of the equipment. The surface is treated with "black anodizing," balancing practicality and design. The hard oxide film created by anodizing enhances corrosion and wear resistance, protecting the product from rust and scratches even with long-term use. Additionally, the deep black color that suppresses light reflection unifies the texture inside the equipment and enhances its aesthetic appeal. This part is ideal for designs seeking performance improvement through weight reduction, reliable fixation in limited spaces, and refined appearance.

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This is a highly versatile spacer for circuit boards, featuring male threads at both ends in a cylindrical shape. Unlike hexagonal types, its cornerless cylindrical shape allows for smooth placement in narrow spaces within enclosures or adjacent to other components, minimizing interference with surrounding parts. It is made of lightweight aluminum, significantly reducing the overall weight of the equipment compared to iron or brass. Its use in movable parts directly contributes to reducing inertial loads, greatly aiding in energy efficiency of motors and improving the response of the equipment. The surface is treated with "electroless nickel plating," which dramatically enhances the durability, a weakness of aluminum. The plating is very hard and dense, effectively preventing rust and deterioration over long periods even in harsh environments such as humidity and corrosive gases.

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This is a substrate spacer with male threads machined at both ends in a cylindrical shape, and it features a slit (groove) on the side. It is made from lightweight aluminum, which significantly reduces the overall weight of the equipment compared to iron or brass. By using it in movable parts, inertial loads are minimized, directly contributing to energy savings in motors and improved response of the equipment. The surface is finished with acid washing, maintaining the clean texture and high machining precision inherent to aluminum material. This part is suitable for precision equipment that aims to balance heat management and weight reduction, as well as designs that require ventilation in compact spaces.

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This is a lightweight and highly functional spacer for circuit boards, featuring male threads at both ends in a cylindrical shape. It is made from lightweight aluminum, allowing for significant weight reduction compared to iron or brass. When used in the moving parts of drive equipment, it reduces inertial load, directly contributing to energy savings for motors and improved overall response of the equipment. The surface is treated with "black anodizing," balancing practicality and design. The hard oxide film created by anodizing enhances corrosion and wear resistance, protecting the product from rust and scratches even with long-term use. Additionally, the deep black color that suppresses light reflection prevents stray light in optical and precision instruments, enhancing aesthetic appeal. This part is ideal for advanced designs that require weight reduction, thermal management, and secure fastening.

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This is a lightweight and highly functional spacer for circuit boards, featuring male threads at both ends in a cylindrical shape. Compared to those made of iron or brass, it can significantly reduce the overall weight of the equipment. By using it in movable parts, the inertial load is minimized, directly contributing to energy savings for the motor and improving the overall response of the equipment. The surface is treated with "electroless nickel plating," which dramatically enhances the durability, addressing the weakness of aluminum. The plating is extremely hard and dense, preventing rust and degradation over a long period even in harsh environments such as humidity and corrosive gases. Additionally, it is resistant to wear, providing high reliability even in repetitive assembly tasks. This part is suitable for designs that require both lightweight construction and robust performance capable of withstanding harsh usage environments.

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This is a highly versatile spacer for circuit boards, featuring external threads on one side and internal threads on the other, in a cylindrical shape. Unlike hexagonal types, its round shape without corners allows for smooth placement in narrow spaces within enclosures or areas adjacent to other components, minimizing interference. It is made of lightweight aluminum, significantly contributing to the overall weight reduction of the equipment compared to those made of iron or brass. It is particularly suitable for use in movable parts of drive equipment where reducing inertial load is desired, aiding in energy efficiency and improving motor response. The surface is finished with acid washing, maintaining the clean texture and high machining precision inherent to aluminum. This part is ideal for designs that require a smart design with minimized protrusions, prioritizing weight reduction while ensuring reliable connection between components.

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This is a highly versatile spacer for circuit boards, featuring external threads on one side and internal threads on the other, in a cylindrical shape. Due to its rounded shape without corners, it allows for smart installation that minimizes interference with surrounding components, even in tight enclosures or areas where other parts are densely packed. It is made of lightweight aluminum, significantly reducing the overall weight of the equipment compared to iron or brass. Particularly, using it in movable parts reduces inertial load, directly contributing to energy savings in motors and improved response of the equipment. The surface is treated with "black anodizing," balancing practicality and design. The hard oxide film created by anodizing enhances corrosion and wear resistance, protecting the product from rust and scratches even with long-term use. Additionally, the deep black color that suppresses light reflection unifies the texture inside the equipment and enhances its aesthetic appeal. This part is ideal for designs seeking performance improvement through weight reduction, reliable fixation in limited spaces, and refined appearance.

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This is a highly versatile spacer for circuit boards, featuring external threads on one side and internal threads on the other, in a cylindrical shape. Due to its rounded shape without corners, it is less likely to interfere in narrow spaces within enclosures or areas adjacent to other components, allowing for smooth placement. It is made from lightweight aluminum, significantly reducing the overall weight of the equipment compared to iron or brass. Its use in movable parts directly contributes to reducing inertial loads, greatly aiding in energy efficiency of motors and improving the response of the equipment. The surface is treated with "electroless nickel plating," which dramatically enhances the durability, a weakness of aluminum. The plating is very hard and dense, preventing rust and degradation over long periods even in harsh environments such as humidity and corrosive gases. Additionally, it is resistant to wear, providing high reliability during repeated assembly operations. This part is ideal for designs that aim to achieve high performance through weight reduction while also ensuring robust durability to withstand harsh usage environments.

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This is a spacer designed with a screw thread on one side and a male thread on the other, featuring a "slit (groove)" on the head, emphasizing work efficiency. Thanks to the slit, it allows for secure tightening and removal using a screwdriver, ensuring reliable fastening. It is made from lightweight aluminum, enabling significant weight reduction compared to iron or brass. When used in the moving parts of drive equipment, it reduces inertial load, directly contributing to energy savings for the motor and improved overall response of the equipment. The surface is finished with acid washing, maintaining the clean texture and high machining precision inherent to aluminum. This part is ideal for implementation sites where secure fastening is required, balancing work efficiency and weight reduction.

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This is a spacer with a cylindrical shape, featuring external threads on one side and internal threads on the other, along with a "slit" on the head for improved workability and design. Using a screwdriver on the "slit" allows for secure tightening and removal. The material is lightweight aluminum, enabling significant weight reduction compared to iron or brass. When used in movable parts, it reduces inertial load, contributing to energy savings in motors and improving the overall response of the equipment. The surface is treated with "black anodizing," balancing practicality and aesthetics. The hard oxide film created by anodizing enhances corrosion and wear resistance, protecting the product from rust and scratches even with long-term use. Additionally, the deep black color, which suppresses light reflection, prevents stray reflections within optical and precision equipment, enhancing its design appeal. This part is ideal for designs that require high workability, lightweight construction, and a sophisticated appearance simultaneously.

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This is a spacer with a cylindrical shape, featuring external threads on one side and internal threads on the other, along with a "slit (groove)" on the head, balancing workability and durability. Using a screwdriver allows for secure tightening and removal, significantly improving efficiency and reliability in assembly and work within narrow enclosures. The material used is lightweight aluminum, which can greatly reduce the overall weight of the equipment compared to iron or brass. Its use in movable parts directly contributes to reducing inertial loads, aiding in energy savings for motors and improving the response of the equipment. The surface is treated with "electroless nickel plating," which dramatically enhances the durability that aluminum typically lacks. The plating is very hard and dense, preventing rust and degradation over long periods even in harsh environments such as humidity and corrosive gases. Additionally, it is resistant to wear, providing high reliability in areas where repeated assembly and disassembly occur during maintenance. This part is suitable for designs that pursue work efficiency and lightweight characteristics while requiring robust performance capable of withstanding harsh usage environments.

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This is a simple cylindrical "hollow spacer (color)" without threading. It is a basic part that can be used for a wide range of applications, such as adjusting the height of circuit boards and components, ensuring spacing, or positioning when passing bolts through. It is made of lightweight aluminum, which can significantly reduce the overall weight of equipment compared to iron or brass. Particularly, when used in movable parts, it helps to minimize inertial load, greatly contributing to energy savings in motors and improving the overall response of drive equipment. The surface is finished with acid washing, maintaining the clean texture and high dimensional accuracy inherent to aluminum material. Due to its simple shape that eliminates unnecessary processing, it offers excellent cost performance and is a highly versatile design part.

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This is a simple cylindrical "hollow spacer (color)" without threading. It is an extremely versatile basic part used for a wide range of applications, such as adjusting the height of circuit boards, maintaining spacing between components, and serving as a sleeve for passing bolts. Due to its structure without screws, it can be easily assembled by simply passing a bolt through it, accurately maintaining the physical clearance between components. The material used is lightweight aluminum, which can significantly reduce the overall weight of the equipment compared to those made of iron or brass. Its use in movable parts directly contributes to reducing inertial loads, greatly enhancing the overall response of the equipment and contributing to energy savings in motors. The surface is treated with "black anodizing," balancing practicality and design. The hard oxide film created by anodizing enhances corrosion and wear resistance, protecting the product from rust and scratches even with long-term use. Additionally, the deep black color, which suppresses light reflection, prevents light scattering inside optical and precision instruments while also minimizing the presence of components, tightening the overall design.

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A simple cylindrical hollow spacer (color) without threading is an extremely versatile part widely used in the fields of electronic devices and mechanical design for height adjustment of circuit boards, maintaining spacing between components, and serving as a sleeve for passing bolts. Since it does not have threads, it can be easily assembled by simply passing a bolt through it, while maintaining precise physical clearance. It is made from lightweight aluminum, significantly reducing the overall weight of the equipment compared to iron or brass materials. It greatly contributes to performance improvement in precision instruments where reduction of moving parts and inertial loads is required. The surface is treated with electroless nickel plating, which dramatically enhances the corrosion resistance and wear resistance of aluminum. The plating film is very hard and possesses strong resistance to deformation and wear even in areas subjected to repeated loads. It demonstrates excellent reliability even in harsh environments such as humidity and corrosive gases. This part is suitable for designs that require lightweight products and long-term maintenance-free operation.

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This is a cube-shaped spacer designed to vertically connect and secure circuit boards. It is suitable for designs that maximize the limited internal volume of enclosures and arrange circuit boards in a three-dimensional layout. Due to its cube shape, it provides a wide contact area against the edges of the circuit boards. This allows for a more robust and precise hold on the boards, even in environments prone to vibrations and shocks. The material used is lightweight aluminum, which helps keep the overall weight of the equipment down, even when implementing multilayer and multi-faceted circuit board assemblies. The surface is finished with acid washing, maintaining the clean appearance characteristic of aluminum and precise machining dimensions. It offers a highly reliable means of securing circuit boards when assembling them in L-shape or box configurations, achieving high-density and efficient component placement.

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This is a cube-shaped spacer designed to connect circuit boards vertically, enabling three-dimensional mounting. It is an essential part of the design to maximize the limited internal volume of the enclosure and allow for high-density layouts. Compared to conventional cylindrical spacers, it has a larger contact area with the circuit board, providing a stronger and more stable fixation even in environments prone to vibration and shock. The material used is lightweight aluminum, which minimizes weight increase even when multiple circuit boards are arranged in three dimensions. The surface is treated with black anodizing, enhancing corrosion resistance and wear resistance by protecting the aluminum surface with a hard oxide film. This is an ideal solution for designs that require efficient and robust fixation when assembling circuit boards in an L-shape or box configuration.

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This is a cube-shaped spacer designed to connect circuit boards vertically and achieve three-dimensional mounting. It plays a crucial role in designs that maximize the limited internal volume of enclosures and enable high-density layouts. Due to its cube shape, it provides a wide grounding surface with the circuit board, securely and precisely holding the board even in environments prone to vibrations and shocks. The material used is lightweight aluminum, which minimizes weight increase even when multiple circuit boards are arranged in three dimensions. The surface is treated with electroless nickel plating, significantly enhancing the corrosion and wear resistance of aluminum. The dense and hard plating layer exhibits excellent durability, providing stable holding power over the long term. This is an ideal solution for designs that aim to assemble circuit boards in L-shape or box configurations, balancing lightweight construction with high reliability.

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This is a robust yet lightweight spacer with male threads processed at both ends in a hexagonal shape. It is suitable for designs that require high reliability, such as board spacing and component fixation. The main feature is the "combination of lightweight and high strength" achieved by titanium material. It is about 60% lighter than iron, yet possesses mechanical strength superior to that of iron and brass, simultaneously improving the lightweight and robustness of equipment. Additionally, thanks to titanium's excellent corrosion resistance, it is resistant to rust even in water, chemicals, and harsh outdoor environments, maintaining stable performance over long periods. With a low thermal expansion rate and excellent dimensional stability, it is also ideal for precision instruments in environments with significant temperature fluctuations. It demonstrates unparalleled performance in designs where neither lightweight nor durability can be compromised.

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This is a robust yet lightweight spacer with external threads on one side and internal threads on the other, shaped like a hexagon. It is suitable for designs where reliability is paramount, such as height adjustments for circuit boards and component connections. The main feature is the "combination of lightweight and high strength" achieved through titanium material. It is about 60% lighter than iron, yet possesses mechanical strength superior to that of iron and brass, simultaneously enhancing the overall lightweight nature and structural robustness of the equipment. Additionally, thanks to titanium's excellent corrosion resistance, it is resistant to rust even in water, chemicals, and harsh outdoor environments, maintaining stable performance over long periods. Its low thermal expansion rate makes it resilient to temperature changes, making it ideal for ensuring dimensional stability in precision instruments. This part meets the demands of high-performance designs requiring both lightweight and durability.

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This is a hollow-type spacer for substrates with a hexagonal shape and a central through hole. It is suitable for areas where high reliability and lightness are required, such as for spacing substrates and securing with through screws. The main feature is the "combination of lightweight and high strength" achieved by titanium material. It has an astonishing lightness of about 60% of iron while possessing superior mechanical strength compared to iron and brass. This characteristic allows for simultaneous improvement of the overall lightweight design and structural robustness of the equipment. Additionally, due to titanium's excellent corrosion resistance, it is resistant to rust even in water, chemicals, and harsh outdoor environments, maintaining stable performance over long periods. Its low thermal expansion rate and resistance to temperature changes also make it suitable for ensuring dimensional stability in precision instruments.

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This product is a hexagonal double male thread spacer made from Delrin (POM), which boasts mechanical strength and high dimensional stability. It possesses the highest standards of tensile strength and rigidity as an engineering plastic, allowing it to securely and stably hold components within circuit boards and enclosures. Due to the material's unique properties, it has extremely low water absorption, minimizing dimensional changes and degradation of physical properties caused by humidity fluctuations. Additionally, its high electrical insulation properties physically eliminate the risk of short circuits on circuit boards, and it also excels in chemical resistance and sliding properties, providing stable performance over a long period in various environments.

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This product is a hexagonal double male thread spacer made of Delrin (POM), which boasts mechanical strength and high dimensional stability. It possesses the highest level of tensile strength and rigidity among engineering plastics, allowing it to securely and stably hold components within substrates and enclosures. Due to the material's unique properties, it has extremely low water absorption, minimizing dimensional changes and deterioration of physical properties caused by humidity fluctuations. Additionally, its high electrical insulation properties physically eliminate the risk of short circuits on circuit boards, and it also excels in chemical resistance and sliding properties, providing stable performance over a long period in various environments.

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This product is a blue POM EX-09 hexagonal male-threaded spacer made from materials that comply with the Food Sanitation Act. It retains the inherent properties of the material, such as excellent mechanical strength and high dimensional stability, while enabling use in environments where food contact is required. The product's "blue" color has the characteristic of being easily visually detectable as a foreign object in the event of accidental fragment contamination, providing peace of mind in manufacturing environments where hygiene management is extremely important.

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This product is a spacer made of Delrin (POM) with mechanical strength and high dimensional stability, featuring a metal screw insert. It combines excellent electrical insulation properties of the resin with the strong fastening strength of the metal screw, providing stable fixation performance even in environments subject to vibration and load. Delrin has very low water absorption, resulting in minimal dimensional changes and material degradation due to humidity fluctuations, allowing for high precision maintenance over long periods. Additionally, the metal screw insert prevents wear on the threads in areas requiring repeated tightening and ensures reliable fixation in designs that demand secure attachment to metal housings.

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This product is a spacer made of Delrin (POM) with mechanical strength and high dimensional stability, featuring a metal female thread pressed into the body. It combines excellent electrical insulation properties from the resin with strong fastening strength from the metal screw, providing stable fixation performance even in environments subjected to vibration and load. Delrin has very low water absorption, resulting in minimal dimensional changes and degradation of physical properties due to humidity fluctuations, allowing for high precision maintenance over long periods. Additionally, due to the metal female thread, it prevents wear on the screw threads in areas where repeated tightening is necessary and in designs that require secure fixation to metal housings, maintaining high reliability.

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This product is a spacer made of Delrin (POM) with mechanical strength and high dimensional stability, featuring a short metal screw pressed into the body. Its compact design, with the screw kept to a minimum length, makes it suitable for a "stacking" structure where circuit boards and components are layered, effectively supporting space-saving within equipment. Delrin has very low water absorption, resulting in minimal dimensional changes and material degradation due to humidity, allowing it to maintain a high-precision fixed state over a long period even in confined spaces. Additionally, its excellent electrical insulation properties physically eliminate the risk of short circuits, making it safe for use in circuit designs that require high-density mounting. Combining the lightweight nature of resin with the strong fastening power of metal screws, it serves as an efficient option for component placement in tight spaces and high-density stacked mounting.

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