Manufacturing Capability

CNC Machining for Aluminum Poles

Xingyong performs cutting, drilling, slotting, tapping, milling, necking and flaring for aluminum telescopic pole programs in-house—so tube geometry, lock interfaces and assembly requirements stay under one manufacturing plan.

Tube and component machining for OEM pole systems
Matched fixtures for repeatable lock and connector interfaces
DFM review before production machining begins

Explore OEM Services

CNC-machined aluminum components for telescopic pole manufacturing

±0.2mm Cutting Tolerance

6Core CNC Operations

3–5Days for DFM Review

1In-House Workflow

Product Overview

Precision Machining for a Pole That Fits and Locks Reliably

Machining is where an extruded aluminum tube becomes a working telescopic pole. The cut length, button holes, slots, threads and end geometry determine whether the sections slide smoothly, locks engage consistently and a tool head connects as specified.

Our CNC workflow is planned around the approved pole design, alloy, finish and assembly sequence. This helps OEM buyers control critical interfaces instead of treating each secondary process as a separate purchase.

Why Us

Keep Tube Tolerances and Lock Interfaces Under One Roof

Precision drilling for aluminum telescopic pole lock interfaces

Xingyong machines tubes, brackets, end fittings and connectors for telescopic pole programs after reviewing the functional fit—not simply the drawing dimensions.

Sawing and deburring: controlled section lengths that protect nesting clearance
Drilling and punching: aligned button, rivet and through-pin positions
Slotting and milling: shaped lock windows, brackets and custom interfaces
Tapping, necking and flaring: prepared ends for accessories and telescopic joints
Batch checks: dimensional, surface and assembly-fit verification before packing

For a complete program, pair machining requirements with precision aluminum tube manufacturing and lock and connector matching.

CNC Operations

Post-Processing Operations for Aluminum Pole Components

CNC Sawing & Cutting

Servo-fed cutting and deburring prepare each telescopic section to the approved length and assembly clearance.

Drilling & Punching

Button, rivet and through-pin holes are positioned using matched fixtures to support consistent lock alignment.

CNC Milling & Slotting

Milling and slotting create lock windows, brackets, end fittings and custom connector features from approved CAD.

CNC Tapping

Threads for caps and accessories are checked against the agreed engagement and gauge requirement.

Necking & Flaring

Tube ends are formed for controlled nesting and the intended telescopic section relationship.

Custom Fixtures

Production fixtures support repeatable positioning when a pole program includes non-standard holes, slots or interfaces.

Quality Control

Check Critical Dimensions Before Assembly

Each machining stage is checked against the approved drawing and production sample. The control plan focuses on cut length, hole location, slot geometry, thread engagement and the fit between telescopic sections.

Incoming alloy verification, dimensional inspection and functional assembly checks are coordinated with the wider quality assurance process. This provides a traceable route from aluminum tube to finished pole component.

Aluminum material verification for CNC-machined pole components

Project Workflow

From CAD to Finished Component

01 · DFM Review

We review CAD, a drawing or a sample for machinability, fixturing and tolerance stack before quoting the work.

02 · Machining & In-Process Checks

Approved material runs through the selected machining route with inspection points at critical interfaces.

03 · Assembly Fit & Release

Samples and production parts are checked for dimensional, surface and functional fit before packing or next-stage assembly.

CNC Machining for Aluminum Poles FAQ

Which aluminum alloys can you machine?

Programs commonly use 6063 tube material and other specified aluminum alloys. We confirm the required material and finish during the DFM review.

What tolerance can you hold on cut aluminum tubes?

Typical cut-length tolerance is ±0.2 mm. Final tolerance depends on the pole structure, material condition and the functional interface being controlled.

Can you machine parts beyond telescopic pole tubes?

Yes. We machine brackets, fittings, connectors, short extrusions and other components that form part of an OEM pole system.

Do you machine before or after anodizing?

The sequence depends on the approved finish and feature requirements. We confirm the machining and surface-treatment route during project review.

What files should I provide?

STEP, IGES, DWG, DXF, PDF drawings and physical samples can all support a DFM review.