廣杉計器 Product Lineup

This is a fully threaded bolt made of brass material with nickel plating. It is used for spacing and assembly between circuit boards and panels. It combines excellent conductivity, corrosion resistance, and the ability to secure at any position, making it suitable for the assembly of internal structures in various electronic and electrical devices.

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This is a right-threaded screw with both ends, made from SUS303 material and subjected to a degreasing treatment to remove surface oils and other contaminants. It is used for maintaining spacing and assembly between substrates and panels. It offers excellent corrosion resistance, mechanical strength, and reliable screw fastening in a clean state, making it suitable for the assembly of internal structures in various electronic, electrical, and precision devices.

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This is a fully threaded screw made from SUS303 material, which has undergone a degreasing treatment to remove surface oils and other contaminants. It is used for maintaining spacing between substrates and panels, as well as for assembly. It offers excellent corrosion resistance, mechanical strength, and reliable fastening in a clean state, making it suitable for the assembly of internal structures in various electronic, electrical, and precision devices.

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This is a high-precision shaft made from SUS303 material. It is used for bearings and guides in mechanical components, as well as for positioning and sliding of parts. It combines excellent corrosion resistance, mechanical strength, and high dimensional accuracy, making it suitable for the assembly of movable parts and guide mechanisms in various precision equipment and automation facilities.

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This is a high-precision shaft made from SUS304 material. It is used for bearings and guides in mechanical components, as well as for positioning and sliding of parts. It combines excellent corrosion resistance, heat resistance, and high dimensional accuracy, making it suitable for the assembly of moving parts and guide mechanisms in various precision instruments and automation equipment.

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This is an insert color for simultaneous molding made from brass material that has excellent mechanical strength and stable material properties. With stable material characteristics, it is placed inside the mold during the resin injection molding process to integrate simultaneously, constructing a strong receiving part for bearings and spacers, supporting high retention effectiveness and stable performance.

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This is an insert collar for press-fitting made from brass material, which has excellent mechanical strength and stable material properties. Equipped with stable material characteristics, it constructs a robust receiving part for bearings and spacers by being press-fitted into pilot holes of resin molded products, supporting reliable holding power and stable performance.

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This is a flange-type ultra-surt insert nut made from brass material that has excellent mechanical strength and stable material properties. It features a special knurling shape and flange section that provide excellent seating retention. By thermally pressing it into pilot holes in resin molded products, it constructs a strong female thread while distributing the load, supporting stable fastening with excellent resistance to pull-out.

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This is an insert nut for UltraCert IV made from brass material with excellent mechanical strength and stable material properties. It features outstanding pull-out resistance due to stable material characteristics and optimized blade shape, creating a strong female thread by heat pressing into pilot holes of resin molded products. Please consider this when designing, especially in cases where the surface of molded products may sink in tapered holes. It supports stable fastening even under high loads for an extended period.

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This is the UltraSert II insert nut made from brass material, which has excellent mechanical strength and stable material properties. Due to its tapered shape, it is easy to set into the base material (pilot hole) and will not come loose with slight movement. Additionally, its excellent thermal conductivity efficiently melts the resin over a wide area, providing strong adhesion and supporting reliable holding power and stable fastening by constructing a robust female thread.

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This is a mini-sized bit insert nut made from brass material, which has excellent mechanical strength and stable material properties. It features excellent space-saving capabilities due to its stable material characteristics and compact design, allowing for the construction of strong female threads even in limited spaces, such as the interiors of small devices, through post-molding inserts or heat press fitting of resin molded products, thereby supporting reliable holding power and stable fastening.

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This is a flange-type bit insert nut made from brass material, which has excellent mechanical strength and stable material properties. It features stable material characteristics and excellent seating retention due to the flange part, supporting stable fastening with excellent pull-out prevention by constructing a strong female thread that distributes the load through insert molding or thermal press fitting of resin molded products.

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This is a standard type (double-sided) bit insert nut made from brass material, which has excellent mechanical strength and stable material properties. It features stable material characteristics and a knurled shape on both sides for reliable embedding, allowing for the construction of a strong female thread through insert molding of resin products or thermal pressing, thereby supporting smooth screwing and stable fastening from either direction.

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This is a standard type (single-sided) bit insert nut made from brass material, which has excellent mechanical strength and stable material properties. It features stable material characteristics and reliable embedding due to its knurled shape, supporting smooth screwing and stable fastening from one side by constructing a strong female thread through insertions after resin molding or thermal press fitting.

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This is a flange-type Dutch insert nut made from brass material, which has excellent mechanical strength and stable material properties. It features stable material characteristics and excellent seating retention due to the flange section, allowing for the construction of a strong female thread by heat pressing or insert molding into pre-drilled holes in resin molded products, while distributing the load and providing stable fastening with excellent resistance to pull-out.

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This is a standard type of Dutch insert nut made from brass material, which has excellent mechanical strength and stable material properties. It features stable material characteristics and a knurled shape for reliable embedding, allowing for the construction of a strong female thread by heat pressing or insert molding into pilot holes in resin molded products. It supports excellent holding power and stable fastening, capable of withstanding repeated assembly and disassembly.

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This is a screw-in insert nut made from aluminum material with excellent lightweight properties and machinability, and it has been treated with black anodizing on the surface. It is coated to prevent loosening. It features excellent wear resistance, an aesthetically pleasing appearance due to its sleek black color, and a reliable locking effect that prevents loosening under vibration. By screwing it into pilot holes in materials like resin that cannot hold threads due to their inherent strength, it constructs a robust female thread, ensuring stable fastening with both reliable holding power and prevention of loosening.

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This is a screw-in insert nut made from aluminum material with excellent lightweight properties and machinability, and it features a black anodized surface treatment. It offers outstanding wear resistance and an aesthetically pleasing appearance and distinguishability due to its sleek black color. By screwing it into pilot holes in materials like resin that cannot hold threads due to the strength of the base material itself, it constructs a robust female thread, ensuring reliable holding power and stable fastening.

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This is a screw-in insert nut made from aluminum material with excellent lightweight properties and machinability, and it is coated with electroless nickel plating on the surface. It has been treated with a locking coating. It features excellent corrosion resistance, uniform surface characteristics, and high holding power that effectively prevents loosening due to vibration and impact. By screwing it into pilot holes in materials such as resin that cannot hold threads due to the strength of the base material itself, it constructs a robust female thread, supporting stable fastening over a long period even in harsh operating environments.

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This is a screw-in insert nut made from aluminum material with excellent lightweight properties and machinability, and it features an electroless nickel plating on the surface. It has excellent corrosion resistance and uniform surface characteristics due to a stable plating film, and by screwing it into pre-drilled holes in materials like resin that cannot hold threads due to the strength of the base material itself, it constructs a strong female thread, thereby supporting reliable holding power and stable fastening.

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This is a screw-in insert nut with a slotted design made from stainless material that has excellent corrosion resistance and high mechanical strength. It features outstanding corrosion resistance, excellent workability due to the slotted processing, and a reliable locking effect that prevents loosening under vibration. By screwing it into pre-drilled holes in materials such as resin, which cannot hold threads due to the strength of the base material itself, it constructs a strong female thread, ensuring stable fastening with reliable holding power and prevention of loosening.

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This is a screw-in insert nut with slits made from stainless material that has excellent corrosion resistance and high mechanical strength. It features excellent corrosion resistance and smooth insertability due to the slitting process, allowing it to be screwed into pre-drilled holes in materials like resin, which cannot hold threads due to their own strength, thereby constructing a strong female thread that supports reliable holding power and stable fastening.

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This is a screw-in insert nut made from stainless material with excellent corrosion resistance and high mechanical strength. It has been treated with a locking coating. It features excellent corrosion resistance and high retention power that effectively prevents loosening due to vibration and impact. By screwing it into pre-drilled holes in materials like resin, which cannot hold threads due to their own strength, it constructs a robust female thread, supporting stable fastening over a long period even in harsh usage environments.

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This is a screw-in insert nut made from stainless material that has excellent corrosion resistance and high mechanical strength. It features outstanding corrosion resistance and stable material properties, and by screwing it into pre-drilled holes in materials like resin, which cannot hold threads due to the strength of the base material itself, it constructs a strong female thread, thereby supporting reliable holding power and stable fastening.

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This is a screw-in insert nut with slits made from brass material that has excellent mechanical strength and stable material properties, without plating. It has been treated with a locking coating. It features stable material properties, excellent workability due to the slitting process, and a reliable locking effect that prevents loosening under vibration. By screwing it into pilot holes in materials like resin, which cannot hold threads due to the strength of the base material itself, it constructs a robust female thread, supporting stable fastening that ensures reliable holding power and prevents loosening.

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This is a screw-in insert nut made from brass material with excellent mechanical strength and stable material properties. It features nickel plating and a slotted design on the surface, as well as an anti-loosening coating. It offers excellent corrosion resistance, smooth insertion, and high holding power to prevent loosening due to vibration and impact. It supports stable fastening over a long period, even in harsh usage environments, particularly in pre-drilled holes of materials like resin that cannot hold screw threads due to the strength of the base material itself.

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This is a screw-in insert nut with a slotted design made from brass material that has excellent mechanical strength and stable material properties, without plating. It features stable material characteristics and excellent workability due to the slotted processing, allowing it to be screwed into pilot holes in materials like resin that cannot hold threads due to their own strength, thereby ensuring stable fastening and reliable holding power.

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This is a screw-in insert nut with a slotted design, made from brass material that has excellent mechanical strength and stable material properties, and is coated with nickel plating on the surface. It features excellent corrosion resistance and smooth insertion due to the slotted processing, allowing it to be screwed into pre-drilled holes in materials like resin that cannot hold threads due to their own strength, thereby constructing a strong female thread that supports reliable holding power and stable fastening.

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This is a screw-in insert nut made from brass material with excellent mechanical strength and stable material properties, without plating. It has been treated with a locking coating to prevent loosening. It features stable material properties and a reliable locking effect that prevents loosening under vibration. By screwing it into pre-drilled holes in materials like resin, which cannot hold threads due to their own strength, it constructs a strong female thread, supporting stable fastening that ensures reliable holding power and prevents loosening.

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This is a screw-in insert nut made from brass material with excellent mechanical strength and stable material properties, and it is coated with nickel plating on the surface. It has been treated with a locking agent. It features excellent corrosion resistance and high holding power that effectively prevents loosening due to vibration and impact. By screwing it into pilot holes in materials such as resin that cannot hold threads due to the strength of the base material itself, it constructs a robust female thread, supporting stable fastening over a long period even in harsh operating environments.

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This is a screw-in insert nut made from brass material with excellent mechanical strength and stable material properties, without plating. Equipped with stable material characteristics, it is designed to be screwed into pre-drilled holes in materials such as resin, which cannot hold threads due to the strength of the base material itself, thereby constructing a strong female thread that supports reliable holding power and stable fastening.

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This is a screw-in insert nut made of brass material with excellent mechanical strength and stable material properties, and it is nickel-plated on the surface. It has excellent corrosion resistance and stable material characteristics, and by screwing it into pre-drilled holes in materials such as resin that cannot hold threads due to the strength of the base material itself, it reliably constructs a female thread, supporting excellent holding power and stable fastening that withstands repeated assembly and disassembly.

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This is a round, hollow spacer made of glass material that has excellent electrical insulation properties and outstanding heat resistance. It features superior electrical insulation and uniform material characteristics, and its hollow shape allows bolts to pass through, supporting precise clearance, stringent insulation support, and stable spacing within electronic and electrical equipment.

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This is a type of nut made from ceramic materials that possess excellent heat resistance, insulation properties, high rigidity, and wear resistance. It features superior heat resistance and outstanding electrical insulation that surpass metals, supporting reliable spacing and stable fixation when combined with bolts in electrical and electronic devices that require high-temperature environments and strong insulation.

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This is a hexagon socket bolt made from ceramic material that boasts excellent heat resistance, insulation properties, high rigidity, and wear resistance, without gas vent holes. It offers superior heat resistance and outstanding electrical insulation compared to metals, enabling efficient work in confined spaces and ensuring secure and strong tightening through the hexagon socket.

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This is a hex socket bolt with gas release holes made from ceramic materials that possess excellent heat resistance, insulation properties, high rigidity, and wear resistance. It features superior heat resistance and outstanding electrical insulation compared to metals, supports vacuum compatibility through the gas release holes in the shaft, and ensures secure fastening in tight spaces with the hex socket.

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This is a hex bolt without gas release holes made from ceramic materials that possess excellent heat resistance, insulation properties, high rigidity, and wear resistance. It offers superior heat resistance and outstanding electrical insulation compared to metals, supporting high fastening strength and stable fixation in typical assembly environments due to its hexagonal head shape.

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This is a hex bolt with gas vent holes made from ceramic materials that possess excellent heat resistance, insulation properties, high rigidity, and wear resistance. It features superior heat resistance and outstanding electrical insulation compared to metals, and the gas vent holes in the shaft prevent gas retention within vacuum devices while allowing for secure and strong tightening with the hex head shape.

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This is a small screw without a gas release hole made from ceramic materials that possess excellent heat resistance, insulation properties, high rigidity, and wear resistance. It features superior heat resistance and outstanding electrical insulation compared to metals, supporting reliable and stable tightening with its smooth head shape in environments that do not require high sealing.

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This is a small pan screw with an NBR washer and gas vent holes, made from ceramic materials that possess excellent heat resistance, insulation properties, high rigidity, and wear resistance. It features superior heat resistance and outstanding electrical insulation compared to metals, and in addition to being compatible with vacuum applications due to the gas vent holes, the NBR washer, which excels in oil resistance, ensures secure fastening in environments exposed to oil.

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This is a small pan screw with a silicone rubber washer and a gas vent hole, made from ceramic materials that possess excellent heat resistance, insulation properties, high rigidity, and wear resistance. It features superior heat resistance that surpasses that of metals and outstanding electrical insulation, along with vacuum compatibility due to the gas vent hole. The elastic silicone rubber washer absorbs vibrations while securing the components.

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This is a small pot screw with a PTFE washer and gas vent holes, made from ceramic materials that possess excellent heat resistance, insulation properties, high rigidity, and wear resistance. It features superior heat resistance and outstanding electrical insulation compared to metals, and in addition to being vacuum-compatible due to the gas vent holes, the included PTFE washer demonstrates excellent chemical resistance and sealing capabilities, supporting stable fastening in harsh environments.

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This is a small screw with gas release holes made from ceramic materials that possess excellent heat resistance, insulation properties, high rigidity, and wear resistance. It features superior heat resistance and outstanding electrical insulation compared to metals, and the gas release holes provided in the shaft help prevent gas entrapment in vacuum devices and sealed spaces while ensuring reliable fixation in high-temperature environments.

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This is a bush made from ceramic materials that possess excellent heat resistance, insulation properties, high rigidity, and wear resistance. It features superior heat resistance and outstanding electrical insulation that surpass metals, ensuring insulation and wear prevention in bearing sections and through holes, while providing precise positioning and smooth support in high-temperature environments and areas requiring insulation.

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This is a flat washer made from ceramic materials that possess excellent heat resistance, insulation properties, high rigidity, and wear resistance. It offers superior heat resistance and outstanding electrical insulation compared to metals, while evenly distributing the load applied to the fastening area, ensuring reliable protection and stable support in high-temperature environments or areas requiring strong insulation.

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