Mechanical and fabrication solutions support the construction, assembly, protection and thermal performance of industrial equipment, electronic products and machinery. Explore our categories to identify products relevant to your engineering and sourcing requirements.
Custom fabrication supports the development of metal components and structural parts used in industrial equipment, electronic enclosures, machinery and product assemblies. These solutions help meet specific design, dimensional, mounting and material requirements across engineering and manufacturing applications.
Sheet metal fabrication involves forming and processing metal sheets into components for equipment housings, mounting structures, protective covers and industrial assemblies. Selection depends on material type, thickness, dimensions, finishing and application requirements.
Machined parts are manufactured to achieve specified dimensions, geometries and tolerances. They are used in mechanical assemblies, industrial equipment and electronic products where accurate component fit and functional performance are important.
Brackets provide mounting and structural support for components, panels, equipment and assemblies. They are available in different shapes, sizes and configurations depending on load requirements, installation methods and available mounting space.
Enclosures protect internal electronic, electrical and mechanical components while providing a suitable housing for equipment and assemblies. Selection depends on dimensions, material, mounting configuration, ventilation and required environmental protection.
Panels are used in control systems, equipment housings, industrial machinery and electrical assemblies. They can support component mounting, operator interfaces, access points and structural integration according to the equipment design.
Covers provide protective barriers for internal components and mechanical assemblies. They help reduce exposure to physical contact, dust and other environmental factors, depending on the design and intended application.
Frames provide structural support for machinery, equipment, enclosures and assembled products. Their design depends on dimensional accuracy, load requirements, mounting arrangements and the mechanical conditions of the application.
Custom metal parts are developed around application-specific drawings, dimensions and functional requirements. They support specialised mounting, structural, mechanical and equipment integration needs where standard components may not be suitable.
Hardware and fasteners are essential for joining, securing and positioning components in mechanical assemblies, electronic equipment, industrial machinery and fabricated structures. Selecting suitable fastening products helps support assembly integrity, correct fitment, maintenance and reliable mechanical connections.
Screws are threaded fasteners used to secure components to compatible materials or threaded mounting points. Selection depends on thread type, length, head style, material, drive type and installation requirements.
Nuts are threaded fastening components commonly used with compatible bolts or threaded rods. They help create secure mechanical joints, with options selected according to thread dimensions, material, strength and application requirements.
Bolts are used to fasten structural parts, machinery components, brackets and equipment assemblies. Selection depends on dimensions, thread specifications, material, strength requirements and the conditions under which the joint will operate.
Washers are placed beneath fastener heads or nuts to help distribute loads, protect mating surfaces and support fastening performance. Different washer types are selected according to joint design, surface conditions and assembly requirements.
Rivets are fastening components used to create permanent joints between compatible materials. They are commonly used in sheet metal assemblies, fabricated structures, equipment housings and applications where permanent fastening is required.
Inserts provide mounting or threaded fastening points within a base material. They are used in fabricated parts, enclosures, panels and assemblies where a suitable attachment point is needed for repeated installation or secure fastening.
Standoffs maintain a defined distance between components, circuit boards, panels and mounting surfaces. They are commonly used in electronic assemblies and equipment installations where separation, alignment and mounting support are required.
Spacers maintain specific gaps between assembled components and help establish the required positioning within a mechanical or electronic system. Selection depends on dimensions, material, load conditions and assembly design.
Industrial fasteners cover a broad range of fastening products used in manufacturing, machinery, equipment assembly and fabricated structures. Suitable options are selected based on thread specifications, dimensions, materials, strength requirements and operating conditions.
Thermal management solutions help control and dissipate heat generated by electronic components, power devices, industrial equipment and other heat-producing systems. Suitable thermal components and materials can support heat transfer, airflow and temperature control when selected according to application requirements and physical design constraints.
Heat sinks transfer heat away from electronic and power components to help dissipate it into the surrounding environment. Selection depends on heat output, material, dimensions, available airflow, mounting requirements and the thermal performance needed for the application.
Cooling fans move air through equipment and enclosures to support ventilation and forced-air cooling. Selection depends on airflow requirements, fan dimensions, operating voltage, noise considerations, mounting configuration and available installation space.
Thermal pads are interface materials placed between components and heat-dissipation surfaces to improve thermal contact. They can accommodate small gaps between mating surfaces, with selection based on thickness, thermal conductivity, compressibility and operating conditions.
Thermal interface materials help reduce thermal resistance between contacting surfaces, supporting heat transfer from a component to a heat sink or other cooling structure. Options vary according to material type, application method, surface characteristics and thermal requirements.
Custom thermal solutions address application-specific cooling challenges based on component heat generation, enclosure dimensions, airflow, mounting constraints and operating conditions. The appropriate solution may combine heat sinks, cooling fans, thermal interface materials and other thermal components.
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