Finished component reference · drawing-based production

Ribbed Round Aluminum Die Cast Housing

A machined cylindrical bore joined to a ribbed flange and mounting pattern. Motor, pump, drive or actuator assemblies after the actual bearing, shaft, sealing and load relationships are confirmed.

Ribbed Round Aluminum Die Cast Housing - Cixi Huabo finished productAluminum alloy; exact grade confirmed by drawing and purchase specification
Component familyRibbed Round Aluminum Die Cast Housing
Observed geometryA large cylindrical bore merges into an oval ribbed flange with a machined inner diameter, radial reinforcement and a perimeter bolt pattern.
Material basisAluminum alloy; exact grade confirmed by drawing and purchase specification
Priority to confirmMeasure bore size and form, axis-to-face relationship, flange flatness, hole position and any leakage or runout requirement defined by the assembly.

Photo-backed manufacturing evidence

Use the finished component as a reference, then control the new project from its drawing.

The photographs show a completed Huabo production example. They support discussion of comparable geometry, machining access and finish handling, but they do not define the alloy, dimensions, tolerances or performance limits for another project.

Review area What the photograph supports What the current project must define
Finished-part evidence A real completed component photographed after secondary operations Current 3D model, controlled 2D drawing and revision
Geometry A large cylindrical bore merges into an oval ribbed flange with a machined inner diameter, radial reinforcement and a perimeter bolt pattern. Envelope, wall sections, draft, datums and controlled features
Application context Motor, pump, drive or actuator assemblies after the actual bearing, shaft, sealing and load relationships are confirmed. Assembly function, loads, exposure, interfaces and regulatory needs
Material basis Aluminum alloy; exact grade confirmed by drawing and purchase specification Required alloy standard, material certificate and approved alternatives
Production scope DFM, tooling, high-pressure die casting, trimming and required secondary operations Annual volume, validation level, surface finish, packaging and delivery requirements
Critical control Measure bore size and form, axis-to-face relationship, flange flatness, hole position and any leakage or runout requirement defined by the assembly. Numeric acceptance limits, test method, sampling and report format

Part-specific engineering review

The control plan follows the functional relationships visible in this geometry.

The points below are the practical issues to close during DFM, quotation and sample approval. The customer drawing remains the authority for every numeric limit.

Assembly role to confirm

Motor, pump, drive or actuator assemblies after the actual bearing, shaft, sealing and load relationships are confirmed.

Geometry and tooling focus

A large cylindrical bore merges into an oval ribbed flange with a machined inner diameter, radial reinforcement and a perimeter bolt pattern.

Machining and finish focus

The bore axis, flange face and bolt circle need a datum strategy that avoids forcing the casting during clamping.

Inspection and release evidence

Measure bore size and form, axis-to-face relationship, flange flatness, hole position and any leakage or runout requirement defined by the assembly.

Controlled production route

From drawing review to a repeatable finished component.

The final route is selected only after alloy, annual demand, tolerances, finish and validation requirements are known.

  1. Drawing and DFM reviewConfirm revision, functional datums, wall transitions, draft, parting, slides, machining stock and critical characteristics.
  2. Tooling and casting trialPlan filling, overflow, venting, cooling and ejection around functional and visible surfaces; record trial corrections before approval.
  3. Secondary operationsTrim, machine, deburr, clean and finish only to the controlled route, with fixtures transferring the agreed datum scheme.
  4. Inspection and releaseLink material records, first-piece results, appearance evidence and any functional test to the current drawing revision.

RFQ and validation package

Send the inputs that determine tooling, machining and inspection.

Provide a STEP or native 3D model together with the controlled 2D drawing. Include material standard, prototype and annual quantities, finish, assembly function, test conditions, documentation and packaging requirements.

For this component, identify: supported shaft or bearing, sealing boundary, bore and flange datums, bolt pattern, runout or leakage method

A complete RFQ allows casting, machining, finishing and inspection to be quoted as one traceable scope. Assumptions should be listed before tool authorization.

Request a quotation for this component family.

Reference “Ribbed Round Aluminum Die Cast Housing” and attach the current drawing, annual demand, finish and quality requirements.

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