Last Updated： Aggregation Period:Jul 29, 2026～Aug 25, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 29, 2026～Aug 25, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 29, 2026～Aug 25, 2026
This ranking is based on the number of page views on our site.
481～510 item / All 522 items
Steel (trivalent chromium) spacer round male thread "BRF-E"
■Features - It is a steel round male-female threaded spacer. - The steel spacer has undergone "trivalent chromium chromate treatment" for surface processing. - It is a product with an excellent balance of strength and cost. - Compliant with EU-RoHS2 standards.
Lead-free aluminum (electroless Ni plating) spacer round type double male thread "BRL-KE"
■Features - It is a round male-threaded spacer made of lead-free aluminum. - The spacer has undergone "electroless nickel plating" treatment on its surface. - It is very lightweight, making it suitable for reducing the weight of products. - It has excellent corrosion resistance, high thermal conductivity, and is non-magnetic. - It is widely used in various industrial fields such as moving parts, marine components, and precision instruments. - Compliant with EU-RoHS2 standards.
Lead-free aluminum (electroless Ni) spacer round male thread slotted "BRL-SKE"
■Features - This is a round lead-free aluminum male screw spacer. - One side has a slotted processing. - The spacer has undergone "electroless nickel plating" treatment on its surface. - It is very lightweight, making it suitable for reducing the weight of products. - It has excellent corrosion resistance, high thermal conductivity, and is non-magnetic. - It is widely used in various industrial fields such as moving parts, marine components, and precision equipment. - Compliant with EU-RoHS2.
Power solder spacer, male thread type "KRB"
■Features - Brass power solder spacers. - Brass spacers treated with "gold flash plating" on the surface. - Used for installation by soldering between printed circuit boards. - Can be used not only for spacing between boards but also as power supply terminals. - A product with excellent corrosion resistance, conductivity, and cost balance. - Compliant with EU-RoHS2.
Axis protection spacer (set piece) "SM-E"
■Features - It is a brass shaft protection spacer (with standard thread). - It is an untreated brass spacer. - It can also be used as a support for components around the shaft of rotating machinery. - It is a product with excellent corrosion resistance, flow characteristics, and cost balance. - Compliant with EU-RoHS2.
Brass Spacer Hexagonal Male Thread (Nickel Plated) / BSB-E
Space-saving multi-layered and connected substrate spacer with one side male thread and the other side female thread. Ideal for stacking printed circuit boards and securing them to enclosures. Allows for easy incremental height adjustment through extension (connection fixation), contributing to space-saving design. The hexagonal shape ensures a secure fit for tools, boasting high workability from manual to automatic assembly. High durability specification with high-precision brass coated with nickel plating. Made of brass (bronze) with excellent machinability, it offers extremely high screw precision for smooth fastening. The nickel plating on the surface effectively prevents oxidation and rust of the brass, maintaining aesthetics and corrosion resistance over the long term.
Stainless steel spacer hexagonal double-threaded flat diameter 5 degreased
This is a hexagonal pillar-shaped spacer with male threads on both ends. It is a slim type with a hexagonal flat diameter of 5mm. It has excellent chemical resistance and high strength. It is mainly used for fixing overlapping electronic circuit boards. It is compliant with EU RoHS standards.
Stainless steel spacer hex male and female screws flat diameter 5 degreased
This is a hexagonal column spacer with one side male thread and one side female thread. It is a slim type with a hexagonal flat diameter of 5mm. It has excellent chemical resistance and high strength. It is mainly used for fixing overlapping electronic circuit boards. It is compliant with EU-RoHS standards.
Stainless steel spacer hex male-female screw flat diameter 6 degreased
This is a hexagonal column spacer with one side having a male thread and the other side having a female thread. It is a thick type with a hexagonal flat diameter of 6mm. It has excellent chemical resistance and high strength. It is mainly used for fixing overlapping electronic circuit boards. It is compliant with EU-RoHS standards.
Stainless Steel 304 Spacer Hexagonal Both Ends Threaded Diameter 6 Degreased
This is a hexagonal pillar-shaped spacer with male threads on both ends. It is a thick type with a hexagonal flat diameter of 6mm. Made from high-grade stainless steel (SUS304), it has excellent corrosion resistance. The letter "H" is engraved on the body of the spacer. It is mainly used for fixing stacked electronic circuit boards. It is compliant with EU-RoHS standards.
Precision gap adjustment from 0.005mm that supports the positioning accuracy of semiconductor manufacturing equipment.
In the field of semiconductor manufacturing equipment, the precise positioning of tiny components directly impacts the stability of the manufacturing process and the quality of the products. In particular, even slight misalignments around critical components like motors and bearings can affect the overall performance of the equipment. To achieve high-precision positioning, meticulous gap adjustments of less than a millimeter are essential. Our "Shim Spacer" meets these stringent requirements with a wide range of thickness variations starting from 0.005mm, supporting stable operation and high-precision positioning of the equipment. 【Usage Scenarios】 - Centering of motor bases and pillow blocks - Precision adjustment of bearings - Clearance adjustments for various mechanical components - Assembly processes requiring high precision 【Benefits of Implementation】 - Reduction of equipment vibration and stable operation - Improvement in positioning accuracy - Extension of maintenance cycles - Enhancement of product yield
Contributing to the precise assembly of machinery! Precision gap adjustment from 0.005mm.
In the field of machine tools, high assembly precision of the machines themselves is required to achieve high-precision processing. In particular, slight play or uneven clearance in rotating parts and sliding components can affect processing accuracy and may cause vibrations. To solve these issues and maintain stable operation, precise gap adjustment is essential. Iwata Seisakusho's "Shim Spacer" supports such precise gap adjustments with a wide range of plate thickness variations starting from 0.005mm, contributing to the maintenance of machine tool performance. 【Usage Scenarios】 - Centering the motor base of machine tools - Adjusting bearing clearance - Precise positioning during machine assembly 【Benefits of Implementation】 - Reduces machine vibrations and contributes to improved processing accuracy - Extends the lifespan of components - Achieves stable machine operation
Solving challenges for precision parts in medical devices! Etching processing without burrs, accommodating small lots and a variety of products.
In the medical device industry, the miniaturization and precision of products are advancing, and the quality of components is being emphasized. In particular, for precision parts such as spacers, accurate processing without burrs or distortions is required. Improper processing can lead to a decline in equipment performance or failure. Our photo-etching processing achieves precise machining without burrs, contributing to the improvement of medical device quality. 【Application Scenarios】 - Assembly of medical devices - Fixing precision parts - Adjusting fine gaps 【Effects of Implementation】 - Provision of precision parts without burrs - Support for small lots and diverse varieties - Improvement of medical device quality
航空宇宙分野の軽量化に貢献する、フォトエッチング加工スペーサー
航空宇宙業界では、機体の軽量化が燃費効率の向上や性能向上に不可欠です。スペーサーは、部品間の隙間を調整し、機体の組み立て精度を向上させるために使用されます。軽量化を実現するためには、スペーサーの材質選定と精密な加工が重要です。フォトエッチング加工は、バリのない精密な加工が可能であり、軽量化に貢献します。 【活用シーン】 ・航空機、宇宙機の部品 ・軽量化が求められる箇所 【導入の効果】 ・軽量化による燃費効率向上 ・部品の組み立て精度向上 ・コスト削減
Spacer for precision photo-etching processing to enhance sensor performance.
In the automotive industry, sensors require precise positioning and stable performance. Particularly in environments exposed to vibrations and temperature changes, the accuracy of spacers affects the reliability of the sensors. Any burrs or distortions can lead to sensor malfunctions or performance degradation. Our photo-etched spacers address these challenges. 【Application Scenarios】 - In-vehicle sensors - Autonomous driving systems - Safety driving assistance systems 【Benefits of Implementation】 - Improved sensor accuracy - Enhanced product reliability - Cost reduction
Solving challenges in circuit board design! Precision machining without burrs, accommodating small lots and a variety of products.
In the electronics industry, as the miniaturization and high density of circuit boards progress, the precision of spacers affects the reliability of products. In particular, the accurate dimensions and quality of spacers are crucial for ensuring clearance between components and for thermal management. If there are burrs or distortions, it can hinder the assembly of the circuit board and potentially lead to a decline in product performance. Our spacers, produced through photo-etching processing, address these challenges. 【Application Scenarios】 - Spacers for electronic device circuit boards - Components for precision instruments - Addressing challenges related to various sizes, materials, and thicknesses 【Benefits of Implementation】 - Providing precise spacers without burrs - Responding to needs for small lots and various types - Enabling production at low costs
Low-cost spacers without burrs for precision components of watches.
In the watch industry, there is a trend towards miniaturization and high precision of products, which requires the fine processing of components. Particularly in precision parts such as movements, the accuracy of dimensions and the absence of burrs are critical factors that influence product quality. Spacers produced through photo-etching processing address these challenges and provide high-quality products. 【Usage Scenarios】 - Spacers inside movements - Gap adjustment between cases and components - Assembly of precision instruments 【Benefits of Implementation】 - Achievement of high-precision components - Burr-free finishing - Cost-effective manufacturing
Solving design challenges for controllers! Precision machining without burrs, accommodating small lots and a variety of products.
In the game controller industry, the miniaturization and high functionality of products require precision in internal structures. In particular, adjusting the gaps between components that affect operability and durability is crucial. Low precision in spacers can lead to decreased operability and potential malfunctions. Spacers made through photo-etching processing achieve precise manufacturing without burrs, contributing to the improvement of controller quality. 【Application Scenes】 - Internal structure of game controllers - Adjustment of button and stick placement - Gap adjustment between the circuit board and housing 【Effects of Implementation】 - Improved operability of controllers - Enhanced durability of products - Increased design flexibility
Safety measures that do not obstruct vision: Prevent damage to research facilities and experimental equipment! Achieve cushioning protection around devices with transparent spacers.
This is a transparent cushioning spacer that reduces the risk of damage simply by being applied at the contact points between glass and glass or glass and metal in research facilities and experimental spaces. It uses ultra-thin cushioning material made of transparent polypropylene, ensuring that visibility is not obstructed while maintaining aesthetics and safety. It is utilized for contact protection of testing equipment, observation devices, partitions, etc., contributing to the prevention of accidental contact and scattering incidents for researchers and users. ■ Prevents contact damage between glass and glass / glass and metal ■ Suitable for environments requiring hygiene, such as chemical shelves, fume hoods, and clean facilities 【Main Features】 ■ High transparency type: Does not obstruct visibility after being applied to glass or acrylic, allowing for unobstructed observation and confirmation tasks ■ Scattering prevention and gap absorption: Absorbs chips, cracks, and impacts through cushioning contact with glass edges and frames ■ Excellent workability: Comes in sheets of 10 pieces, requires no tools, and is made of flexible material that conforms to curves ■ Can be used with caulking: Maintains adhesion even when combined with clear sealing materials
Hirosugi's spacer "PSB series" can be custom-made starting from 50 pieces!
The PSB spacer is a spacer designed for mounting on thin plates, featuring a special shape on the male thread to allow for direct attachment by standing screws on the plate. 【Features】 ● Material Brass ● Treatment Nickel plating ● Mounting sizes M2.6, M3 *For more details, please contact us or download the catalog. Currently, we are offering a free set of 30 product samples with requests for the catalog booklet version. Please apply through inquiries or the "Catalog Request" section on our website.
A comprehensive manufacturer of spacers that handles round pins, square pins, pin sockets, and more for pin headers.
The "LDN-500/500N/600N" is an LED mounting spacer for round and square types. We offer "LDN-500" and "LDN-500N" for two-legged applications, and "LDN-600N" for three-legged applications. The material used is nylon 66, which meets the UL standard UL94V-2 (material). 【Specifications】 ■ Material: Nylon 66 ■ Color: Black, translucent ■ Heat deformation temperature: 1.82MPa…75℃ ■ UL standard: UL94V-2 (material) ■ RoHS2 compliant ■ Minimum order quantity: 50 pieces～ *For more details, please refer to the PDF document or feel free to contact us.
Steel (trivalent chromium chromate) spacer hexagonal double-ended screw "ASF-E"
■Features - It is a steel hexagonal double-threaded spacer. - The steel spacer has undergone "trivalent chromium chromate treatment" for surface processing. - It is a product that excels in strength and cost balance. - Compliant with EU-RoHS2.
Stainless Steel (SUS303) Spacer Hexagon Male Thread Different Diameter "BSU (Different Diameter)"
■Features - It is a stainless steel hexagonal male-female threaded spacer. - The spacer is made of "SUS303" material. - It is a product with excellent strength, corrosion resistance, and heat resistance. - The screw diameter differs between the male and female threads. - Compliant with EU-RoHS2.
Lead-free aluminum (electroless Ni) spacer hex short screw thread "MSL-KE"
■Features - This is a hexagonal male-female spacer made of lead-free aluminum. - The spacer has undergone "electroless nickel plating" treatment on its surface. - It is very lightweight, making it suitable for reducing the weight of products. - It has excellent corrosion resistance, high thermal conductivity, and is non-magnetic. - It is widely used in various industrial fields such as moving parts, marine components, and precision instruments. - The short male thread makes it an ideal spacer for stacked designs. - Compliant with EU-RoHS2 standards.
Titanium spacer hexagonal male thread "BSTI"
■Features - It is a hexagonal male-female titanium spacer. - The spacer is made of "pure titanium." - It is a very lightweight product with excellent strength, corrosion resistance, and heat resistance. - It is non-magnetic and particularly excellent in saltwater resistance. - An identification stag beetle symbol is engraved on the body. - Compliant with EU-RoHS2.
Brass (Ni-plated) spacer, hexagonal both ends with different diameters "ESB-E (different diameter)"
■Features - This is a hexagonal male-female brass spacer. - It is a brass spacer with a "nickel plating" surface treatment. - It is mainly used to secure space between printed circuit boards. - It is a product with excellent corrosion resistance, distribution, and cost balance. - The screw diameter differs on each side. - Compliant with EU-RoHS2.
Lead-free aluminum (electroless nickel plating) spacer round hollow "CL-KE"
■Features - It is a round hollow spacer made of lead-free aluminum. - The spacer has undergone "electroless nickel plating" treatment on its surface. - It is a component used to maintain a certain distance between objects, primarily for securing space between circuit boards. - It can also be used as a support for components around the axis of rotating machinery. - It is very lightweight, making it suitable for reducing the weight of products. - It has excellent corrosion resistance, high thermal conductivity, and is non-magnetic. - It is widely used in various industrial fields, including moving parts, marine components, and precision instruments. - Compliant with EU-RoHS2 standards.
Steel (trivalent chromium) spacer round type double male thread "ARF-E"
■Features - It is a steel round double-threaded spacer. - The steel spacer has undergone "trivalent chromium chromate treatment" for surface processing. - It is a product that excels in strength and cost balance. - Compliant with EU-RoHS2.
Steel (trivalent chromium) spacer, round type, both male threads, slotted "ARF-SE"
■Features - It is a steel round double-ended threaded spacer. - One side has a slotted processing. - The steel spacer has undergone "trivalent chromium chromate treatment" for surface treatment. - It is a product that excels in strength and cost balance. - Compliant with EU-RoHS2.
Lead-free aluminum (pickled) spacer round type double male thread "ARL-E"
■Features - This is a round double-threaded spacer made of lead-free aluminum. - The spacer has undergone "pickling" treatment on its surface. - It is very lightweight, making it suitable for reducing the weight of products. - It has excellent corrosion resistance, high thermal conductivity, and is non-magnetic. - It is widely used in various industrial fields such as moving parts, marine components, and precision instruments. - Compliant with EU-RoHS2 standards.
