
VR headset cooling impeller
A miniature ring-shaped impeller for VR headset cooling, combining a compact hub and closely arranged blades.
- Dimensions
- 34 × 34 × 3.28 mmCatalog example; specifications vary by part and version.
Find cooling fan impellers and bases alongside motor insulation parts, electronic housings and trim components. Browse the families to compare their structures and available example specifications. Component manufacture, metal inserts and any surface processing are defined separately for each project.
Product families: 36
Cooling parts, motor insulation, automotive trim, electronic housings and components with surface-finish requirements.
Cooling impellers for VR headsets, tablets, laptops, CPUs, GPUs and servers, alongside other fan-impeller geometries.

A miniature ring-shaped impeller for VR headset cooling, combining a compact hub and closely arranged blades.

A miniature impeller for tablet cooling fans, with the blade and hub structure packaged for a small fan assembly.

A thin-blade impeller for laptop cooling fans, with a ring-shaped blade arrangement around the hub.

An axial impeller for CPU cooling, with a central hub, curved blades and a surrounding ring.
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A ring-shaped impeller for GPU cooling, with thin blades arranged around the central hub.

A ring-shaped fan impeller with circumferential blades, a central opening and three mounting holes. Blade geometry, mounting interfaces and molding requirements are reviewed for each application.

A small server cooling-fan impeller with a compact hub and surrounding blades.

Axial impeller examples with different blade arrangements for larger cooling-fan assemblies. Frames shown with assembled fans are separate structural components.
View componentMetal-and-plastic base structures for notebook and computer cooling fans.

Metal-and-plastic bases for notebook and computer cooling fans, with hub support and mounting features in several base outlines.
View componentMolded insulation structures that fit around motor laminations.

Molded insulation components paired with electrical-steel motor laminations, following the lamination shape and assembly interfaces.

Elongated molded insulation components for motor arrangements, including a transmission-motor insulation example.
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Product rendering
Ring-shaped insulation cover for an in-wheel e-bike motor, with perimeter slots and fixing tabs. Dimensions and material follow the documented design example.

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An elongated wedge for an in-wheel e-bike motor. Fit and insulation requirements are reviewed against the part drawing.
Structural housings, frames and metal covers that support and enclose cooling-fan components.

Structural frames and housings for motor-cooling and server fans, with mounting features and interfaces for the fan assembly.

Thin metal covers for computer cooling fans, with mounting holes and a shaped perimeter that mates with the fan base.
Lamination stacks, housings, shafts and airflow structures associated with motor assemblies.

Cylindrical electrical-steel lamination stacks combined with molded insulation. The insert and molding scope is reviewed for each assembly.

A related family of housing, diffuser and shaft components used around miniature-motor assemblies. Each component retains its own geometry and supply scope.
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Outlet, bracket and body components arranged around the hand-dryer motor airflow path, with individual parts and assembly interfaces.
View componentInterior and exterior trim, panels, buttons, lighting structures and mirror-related components.

Documented examples of molded buttons and switch trim for automotive interiors, with functional openings and assembly features.

Documented housing, curved tubular and mounting-part examples for automotive exterior assemblies.

Documented center-console panel and bezel examples with display windows, button openings and mounting features.

Documented elongated structural and connection parts for automotive ambient-light assemblies. Optical and electronic components have a separate supply scope.
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Documented door trim panels and decorative strips with shaped surfaces and attachment features.

Documented pivot and shaft component examples associated with automotive mirror assemblies.
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Exterior trim for automotive gear selectors. Define the molded-part and surface-finish scope from the assembly interfaces, color and marking requirements.
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Exterior trim for automotive fuel-filler covers. Check the profile, assembly fit and finish requirements; specify the substrate and coating system for each project.
View componentConnection parts, covers and small molded structures for thermal-management and equipment assemblies.

Tubular connection parts documented for cold-plate assemblies. The component scope covers the fluid connection, with mating interfaces reviewed against the assembly design.
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Ring-shaped cover components documented for a battery-cover application. The cover geometry and mating features are reviewed for the specified assembly.
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Tubular, flanged and small structural components documented in PPS. Resin grade and performance requirements are specified for each part.
Phone and headphone housings, display covers, antenna housings and key exterior components.

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Exterior housings for antenna units. Review the housing profile, mounting points and cable exit with the drawing to define molding and finish requirements.
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Covers and bezels around electronic displays. Check the window dimensions, fixing positions and inner and outer finish requirements against the screen and mating parts.
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Housings and exterior components for keys. Review the shell fit, button openings and marking requirements; define electronics and complete-device assembly separately.
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Exterior phone housings with openings around cameras and functional interfaces. Review the shell fit, opening positions and finish requirements when defining the mold and molded part.
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Headphone housings and exterior structural parts. Review the shell fit, connection features and surface requirements to define the manufacturing scope for each component.
View componentCoating and appearance finishing for cosmetic containers and metal exterior components. Component manufacture and surface processing have separate supply scopes.

Coating and finishing for metal exterior components used in electronic products. Define the processing scope and inspection requirements from the substrate, visible surfaces and assembly positions.
View componentSurface finishing for cosmetic containers. Review the substrate, color and coating requirements; define container molding and surface processing as separate supply scopes.
View componentSamples and product families support custom projects. Specifications, materials, inspection requirements and supply scope are assessed against your drawings.
Geometry, material and inspection requirements shape the tooling and molding approach.
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