Aurora Design Systems LeadershipEvan CoffieldFounder · CEO · CreatorCindy L. CoffieldChief Financial Officer (CFO)
Asyst Technologies · Semiconductor Fab Automation

Linear Wafer Transport & Rotary Transfer

Mechanical drawing and integration work for a semiconductor-fab transport assembly with multiple linear paths meeting at a central rotary transfer mechanism.

Linear ConveyorsRotary TransferFab AutomationMechanical Drawings
Evan's specific work area

Evan produced extensive drawings for the central transfer section that rotated the transported material approximately 90 degrees, aligned it with another linear route, and handed it off to the adjoining conveyor assembly.

System context

  • Parallel linear transport sections moved wafer-related material through semiconductor production equipment.
  • The central rotary mechanism connected multiple conveyor axes and controlled direction changes.
  • Rollers, guides, supports, transfer surfaces and routing hardware had to maintain repeatable alignment.
  • Mechanical interfaces required reliable handoff between the rotary junction and adjoining linear modules.

Engineering contribution

  • Produced detailed mechanical drawings for transport-system hardware.
  • Defined the rotary direction-change and transfer area.
  • Coordinated incoming and outgoing conveyor geometry.
  • Documented structure, guides, supports, motion hardware and equipment interfaces.
  • Supported manufacturable semiconductor-automation hardware.

The principal rendering is based directly on Evan Coffield's supplied CAD reference. It preserves the recognizable arrangement while omitting proprietary dimensions, customer layouts and build-level mechanism details.

Precision handoff

The transported material had to arrive, stop, rotate, align and transfer reliably between adjoining modules.

Drawing definition

Mechanical documentation connected the turn station to its structure, guides, motion hardware and adjoining conveyor sections.

System awareness

The transfer junction mattered because one unreliable handoff could interrupt a much larger automated production flow.

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