Alumina Ceramic (Al₂O₃)

Multi-Slot Alumina Ceramic Guide Plate

Send your drawing, dimensions, tolerance requirements, quantity and operating conditions for an engineering review and custom quotation.

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Multi-Slot Alumina Ceramic Guide Plate

This custom alumina ceramic guide plate contains multiple parallel grooves and mounting holes for organizing, locating or guiding parts in automation and processing equipment. The hard ceramic working surface resists wear while providing electrical insulation.

Applications

Typical applications include wire and component guides, automation fixtures, semiconductor handling equipment, sorting machinery, laboratory devices and wear-resistant positioning systems.

Key Benefits

  • Hard, abrasion-resistant guide surfaces
  • Electrical insulation
  • Multiple custom groove positions
  • Resistance to corrosion and contamination
  • Stable geometry for repeated positioning

Custom Manufacturing

Plate length, width, thickness, groove pitch, groove profile and mounting-hole layout can be made according to a customer drawing. The process may include forming, sintering, surface grinding, precision slot machining and drilling.

Design Guidance

Groove depth, minimum wall thickness and distance from holes to edges should be reviewed for manufacturability. Smooth internal transitions and clearly defined critical surfaces help reduce risk and improve inspection consistency.

FAQ

Can the groove quantity and pitch be changed?

Yes. Groove layout can be customized for the components being guided.

Can you manufacture from a sample?

A sample can support evaluation, although a controlled drawing is recommended for repeat production.

Request a Quote

Send the drawing, quantity and intended use for a custom ceramic guide-plate quotation.

Engineering Information for Custom Multi-Slot Alumina Ceramic Guide Plate

For a faster manufacturability review and accurate quotation, please share the engineering requirements that define the function, quality and production volume of this component.

  • 2D drawing or 3D model with critical dimensions and datum references
  • Operating temperature, electrical, chemical, pressure and wear conditions
  • Required tolerances, flatness, roundness, surface finish and inspection criteria
  • Prototype quantity, annual demand, target delivery schedule and packaging needs

Our engineering team reviews material selection, ceramic machining allowances and inspection requirements before confirming the production route.

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