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Precision Brackets and Mounts

A bracket looks simple and fails precisely: hole position, flatness and perpendicularity decide whether the assembly lines up or fights you.

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Shapes and types

L, U and Z brackets, multi-sided mounts, angle plates and interface blocks — with or without counterbores, threads and cable or fluid passages.

The features that matter

Hole position relative to datums, face flatness and perpendicularity between mounting faces. These are the dimensions that decide fit, and they are the ones we inspect.

Materials and verification

Aluminium for light structures, stainless and titanium where strength and corrosion matter, engineering plastics where weight or insulation dominates. Critical features verified on a Zeiss CMM for geometry and position, the TRIMOS V5 height gauge for heights and steps, and the AI-Vision system for fine features.

Surface-finished appearance parts

Below are examples of this kind of work held to our standard tolerance and finish. Dimensions, drawings and material certificates are available on request.

Two hemispherical machined domes
Two hemispherical machined domes
Brass adapter with a hexagonal section and stepped spigots
Brass adapter with a hexagonal section and stepped spigots
Brass fittings and small copper components
Brass fittings and small copper components
FAQ

Frequently asked questions

Typically ±0.005 mm on 3-axis work and ±0.01 mm standard on simultaneous 5-axis, confirmed per drawing in a DFM review.
Yes. Where weight, insulation or chemical resistance matter, engineering plastics often replace metal entirely.
Critical hole positions, flatness and perpendicularity are measured on a Zeiss CMM for geometry and position, the TRIMOS V5 height gauge for heights and steps, and the AI-Vision system for fine features against the drawing datums.
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