Hub CNC Remake — Verified Precision

Hub CNC Remake — Verified Precision

Controlled CNC remakes for alignment- and fit-critical hubs.

We manufacture new hubs as full CNC remakes, not repairs. Each part is measured, datumed, and inspected to control bores, faces, and concentricity. This eliminates alignment errors, fit uncertainty, and premature bearing or coupling failure.

CNC Remakes of Hub Components

Hubs are commonly remade when damage, distortion, or missing documentation makes repair unmeasurable and unreliable. A full remake allows clean datum recovery, controlled geometry, and verification of every functional feature before installation.

Shaft-mounted hubs with critical bore and face relationships

Flanged hubs with bolt-circle and pilot alignment requirements

Keyed hubs with torque-transmitting slots and controlled orientation

Splined hubs requiring concentric internal features

Taper-lock style hub geometries machined as one-piece components

Coupling hubs with face-to-bore alignment constraints

Custom hubs remade from sample or partial legacy prints

How We Control Accuracy in CNC Remakes

Accuracy comes from verified geometry and controlled machining — not patchwork fixes.

Datums recovered from functional features, not damaged reference surfaces

Bore, face, and pilot alignment controlled as a single system

Feature relationships verified before machining decisions are finalized

Finished hubs install predictably without fit correction or rework

When a CNC Remake Makes Sense

Clear indicators that a CNC remake is required:

Cracked, broken, or plastically deformed hubs

Repeated alignment or fit-up issues after prior fixes

Missing, outdated, or unreliable drawings

Alignment issues cause vibration or premature wear

Worn bores or faces with lost datum relationships

Component is obsolete or unsupported

Technical Scope & Verification

Materials

4140 and alloy steels

1018 and low-carbon steels

6061 and 7075 aluminum

Ductile iron

Tolerances

Bore size and roundness controlled from recovered datums

Face perpendicularity and runout verified

Feature-to-feature alignment held to functional requirements

Tolerances

True position on port patterns and critical bores routinely held to tight, production-grade limits

Flatness control on sealing and mounting faces down to 0.0005–0.001 in, application-dependent

Consistent, documented tolerances maintained across repeat batches and scheduled releases

Common Features

Dimensional mapping of critical geometry

Datum-based inspection before and after machining

Documented verification of fit-critical features

Frequently Asked Questions

What are your typical lead times?

What are your typical lead times?

What are your typical lead times?

What are your typical lead times?

What file types do you accept?

What file types do you accept?

What file types do you accept?

What file types do you accept?

What tolerances can you hold?

What tolerances can you hold?

What tolerances can you hold?

What tolerances can you hold?

What materials do you machine?

What materials do you machine?

What materials do you machine?

What materials do you machine?

What quantities do you support?

What quantities do you support?

What quantities do you support?

What quantities do you support?

Request a Fast Quote

We accept PDF, STEP, IGES, Parasolid, and SolidWorks files — NDAs welcome.

We accept PDF, STEP, IGES, Parasolid, and SolidWorks files — NDAs welcome.

T&D Machine

Serious Machining for Serious Parts.

Contact

Email: sales@tdmachine.net

Phone: (262) 781-3870

Location

Wisconsin, USA