Deep Hole Machine Tools for Australia & NZ

CNC Deep Hole Machine Tools for Australia and New Zealand

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Update time : 2026-08-05

Australia & New Zealand · Engineering review

CNC Deep Hole Machine Tools for Australia and New Zealand

CNC metalworking equipment for manufacturing and finishing deep bores in engineered components, shafts, tubes and cylinder barrels.

Send Component Data for a Process Review Compare the Five Processes

Process selection

Compare five component-machining routes

This equipment is for metal component production. Process selection follows the drawing, starting bore, material, acceptance limits and production volume.

CNC Deep Hole Drilling & Boring

Typical planning range: bores about 20–500 mm and depth up to about 16,000 mm, depending on the selected model and process route.

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CNC Gun Drilling

Typical planning range: about 3–40 mm and up to about 3,000 mm. Material, L/D, coolant and chip removal must be reviewed.

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CNC Deep Hole Honing

Typical planning range: about 25–500 mm and up to about 8,000 mm. Final tolerance and finish depend on the pre-bore.

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CNC Skiving & Roller Burnishing

Typical planning range: ID about 40–500 mm and length up to about 8,000 mm for a suitable tube, allowance and process window.

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Multi-Station Gun Drilling

A gun-drilling cell for repeat part families. Station count follows the workpiece, takt, loading, coolant, tool and inspection plan.

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Target applications

Workpieces available for engineering review

These target applications do not imply completed customer projects or local inventory.

Hydraulic cylinder tubes
Heavy-equipment pins and shafts
Industrial actuators
Energy-sector valve components
Long-bore precision parts
Mould and contract-machining components

Enquiry data

What a responsible proposal needs

Workpiece drawing and critical features
Material, heat treatment and hardness
Starting bore or blank condition
Hole diameter, depth and L/D
Stock allowance and interrupted features
Tolerance, straightness and concentricity
Required surface roughness
Clamping and datum surfaces
Annual volume and target cycle time
Plant utilities and acceptance method

Repair feasibility, local service, commissioning and on-site support cannot be assumed. Each scope is confirmed from the actual part and location.

Frequently asked questions

Before requesting a machine configuration

Is this equipment used for rock or water-well drilling?

No. These are CNC metalworking machines for manufacturing or finishing deep bores in engineered components, shafts, tubes and cylinder barrels.

Should a cylinder tube use honing or SRB?

Honing is often evaluated for flexible batches, difficult pre-bores or demanding geometry; SRB for suitable steel tubes and repeat production. Material, allowance, initial roughness and acceptance criteria decide the route.

Can worn cylinders be repaired on these machines?

Repair feasibility cannot be assumed. Provide the current bore condition, remaining wall thickness, damage, required oversize and acceptance method for engineering review.

What utilities and site information are required?

State electrical supply, available floor space, foundation, lifting, coolant handling, environmental constraints and required guarding or documentation standards.

How is support in Australia or New Zealand defined?

Installation, training, remote support, spare parts and any on-site activity are project-specific and must be confirmed in writing.

Start with the cylinder or component data

Attach the drawing and state material, initial bore, diameter, depth, tolerance, roughness, annual volume and available plant utilities. The contact form opens on the main website.

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