Applications

CNC Machining Applications by Workpiece and Process Risk

Use this application hub to compare Tiezheng machine routes by workpiece geometry, material, process sequence, quality risk, inspection need and production target. Each application page connects buyer inputs to relevant machine families and visible Media Library evidence without treating a machine image as proof of final output, tolerance or cycle time.

How should an application be evaluated?

Start with the workpiece

Share geometry, material, blank condition, datum strategy and surfaces that control fit or sealing.

Map the process risk

Identify operations, tool access, fixture changes, burr control, inspection and acceptance requirements.

Compare machine routes

Review CNC turning, drilling and tapping, vertical, horizontal, gantry, five-axis, grinding or selected custom automation only after the inputs are clear.

Workpiece-first routes

Which application is closest to your part?

Application route

Large-Part and Heavy Machining Route Planning

Tiezheng application planning for large and heavy parts begins with the work envelope, part weight, material, lifting method, fixture strategy, spindle and tooling needs, and acceptance criteria. Buyers should compare gantry or heavy-milling routes only after drawings, loading constraints and model-level specifications are reviewed.

Material
Project-specific cast iron, carbon steel, alloy steel, aluminum or fabricated structures.
Routes
Gantry machining centers; Vertical machining centers; RFQ checklist for machine selection
Review application and RFQ inputs

Application route

Automotive Parts Machining and Fixture Planning

Tiezheng application planning for automotive parts starts with the drawing, datum strategy, material, fixture access, annual volume and inspection plan. Buyers evaluating hubs, housings, brackets or repeat components should compare vertical, horizontal, drilling and tapping, or automated routes only after critical features and acceptance requirements are defined.

Material
Project-specific aluminum, cast iron, steel or other approved automotive material grades.
Routes
Vertical machining centers; Drilling and tapping centers; Compare CNC machine options
Review application and RFQ inputs

Application route

HVAC and Refrigeration Component Machining

Tiezheng application planning for HVAC and refrigeration components focuses on ports, sealing surfaces, part geometry, material, batch size and leak-control requirements. Buyers should compare verified turning, vertical machining, drilling and tapping, or other CNC routes after drawings, blank condition, fixture access and inspection steps are confirmed.

Material
Project-specific brass, copper alloy, aluminum, carbon steel or stainless steel.
Routes
CNC lathes; Vertical machining centers; Drilling and tapping centers
Review application and RFQ inputs

Application route

Valve Body and Plumbing Fitting Machining

Tiezheng application planning for valve bodies and plumbing fittings starts with port geometry, sealing faces, material, annual volume and leak-test requirements. Buyers should compare verified vertical machining, drilling and tapping, or other CNC routes only after drawings, datum strategy, fixture access and inspection requirements are confirmed.

Material
Project-specific brass, copper alloy, cast iron, carbon steel, stainless steel or aluminum.
Routes
Vertical machining centers; Gantry machining centers for larger valve-body fixtures; Drilling and tapping centers
Review application and RFQ inputs

RFQ preparation

What should buyers send next?

Send drawings, material, blank condition, tolerances, annual volume, current cycle time, inspection requirements, automation target and destination market. Tiezheng can then compare the relevant machine routes without assuming unsupported specifications.

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Talk to Tiezheng

Send your model, drawing or machining requirements.

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