Technologies
CNC machining cost in Egypt is influenced by a combination of factors that most engineers don't fully account for when budgeting a project. Understanding what's actually driving price — not just the h
CNC machining cost in Egypt is influenced by a combination of factors that most engineers don't fully account for when budgeting a project. Understanding what's actually driving price — not just the hourly rate — lets you make design and sourcing decisions that can reduce cost by 20–50% without chan
CNC machining cost in Egypt is influenced by a combination of factors that most engineers don't fully account for when budgeting a project. Understanding what's actually driving price — not just the hourly rate — lets you make design and sourcing decisions that can reduce cost by 20–50% without changing material or functional requirements.
This guide breaks down the real cost drivers of CNC machining in Egypt, provides context on typical price ranges, and gives practical strategies for cost reduction.
CNC machining pricing is not simply "hourly rate × hours." The actual cost structure includes:
Machine time is the largest cost component for most parts. It's driven by:
Volume of material to remove: more material = more passes = more time
Feed rates and cutting speeds: constrained by material, tooling, and required surface finish
Number of setups: each time the part is re-fixtured, you pay setup time
A milling operation that requires the part to be rotated and re-clamped three times costs significantly more than one that finishes in a single setup.
Setup includes:
Fixturing and clamping design
Tool selection and loading
Zero-point setting and first-article inspection
CNC program proving (first-run verification)
Setup cost is fixed per batch, so it has a dramatic effect on per-piece cost at low quantities. At 1 pc, setup might represent 60–80% of total cost. At 100 pcs, it's 5–10%.
Material is sometimes the dominant cost driver for larger or heavier parts. Egyptian CNC shops typically source material from local steel, aluminum, and specialty metal distributors. Key considerations:
Near-net-shape material (closer to final dimensions) reduces machining time and material waste
Exotic alloys (titanium, Inconel, tool steel) cost significantly more than commodity grades
Material waste is real — a 50 mm billet turned down to 30 mm wastes 64% of the starting material by volume
Most Egyptian shops amortize standard tooling across many jobs. But specialized inserts, small-diameter end mills, or custom tooling for unusual geometries add to your specific job cost.
Standard dimensional inspection (calipers, micrometers) is typically included. CMM inspection, surface roughness measurement, or full dimensional reports are add-on costs that add real value for critical parts.
Heat treatment, surface finishing (anodizing, powder coating, electroplating), and secondary operations like threading or press fitting are separate cost items that are often underestimated in early project budgets.
Exact pricing varies by shop, geometry, and current steel/aluminum prices, but here are realistic ranges for context:
Simple shaft (50 mm dia × 150 mm, mild steel, 1 pc): EGP 300–600
Precision shaft with bearing fits (H7, 1 pc): EGP 600–1,200
Brass bushing (30 mm OD × 20 mm L, 10 pcs): EGP 200–400/pc
Simple bracket (100 × 80 × 20 mm, aluminum, 1 pc): EGP 500–1,000
Multi-feature housing (150 × 150 × 80 mm, 4 setups, 1 pc): EGP 2,000–5,000
Aluminum plate with hole pattern (5 pcs): EGP 400–800/pc
Simple profile, 10 mm tool steel, 1 pc: EGP 400–800
Complex punch/die set (matched pair, 1 set): EGP 3,000–8,000
Note: these ranges are benchmarks in the 2025–2026 EGP environment. Request current quotes from Entag for accurate project pricing.
The most effective cost lever. Review every tolerance on your drawing. If a dimension doesn't affect fit, function, or assembly, relax it to ±0.1 mm or ±0.2 mm. Tight tolerances require additional passes, slower feeds, and often inspection — all of which cost money.
Ask yourself: "What happens if this dimension is 0.1 mm off?" If the answer is "nothing," relax the tolerance.
Every time a part needs to be re-fixtured or turned over, setup time is added. Design features so they can be machined in as few setups as possible. For turned parts, can all features be reached from one end?
For milled parts, if you have features on 5 faces, consider whether 3 faces serve the same function. 5-axis machining can complete complex parts in one setup — but only if the machine is available.
Use round bar stock for turning rather than cutting round from square plate — the machine shop wastes time and material squaring up the workpiece.
For milled parts, choose extruded profiles (angle, channel, tube) when possible. Starting from a near-net-shape extrusion instead of a solid billet can eliminate 70–80% of machining time for the right geometry.
CNC machining has fixed setup costs. Ordering 10 pieces of the same part rather than 1 at a time can reduce per-piece cost by 30–60%. If your project allows it, order enough to cover 3–6 months of consumption in one batch.
Internally sharp corners require EDM or very small end mills — both are expensive. Specify corner radii equal to the largest end mill that fits in the pocket. A 3 mm corner radius instead of a sharp corner can eliminate one tool change and multiple passes.
Deep, narrow pockets are expensive: the tool deflects, cutting conditions deteriorate, and cycle time increases. If the pocket doesn't need to be deep, shorten it.
Tool steel and hardened steel require slow feeds and frequent tool changes. Stainless steel work-hardens during machining. Titanium requires special cutting strategies. If mild steel or 6061 aluminum will serve the functional requirement, use it — machining cost can be 2–5× lower than with exotic alloys.
For brackets, frames, and structural housings, sheet metal fabrication (laser cutting + bending) is often 3–10× cheaper than machining from billet. If your housing doesn't need machined internal features, sheet metal may be the right answer.
Similarly, for round hollow parts, consider tube fabrication rather than turning from solid — especially for larger diameters.
A vague drawing produces a vague quote — and usually a low quote that explodes in cost later. To get an accurate CNC machining cost from Entag or any Egyptian machine shop:
Submit your drawings at app.entag.co. Entag's engineering team will review the geometry and provide an itemized quote covering material, machining, and any required finishing operations.
For reference on available CNC machining processes at Entag, the service covers turning, milling, EDM wire, EDM spark, and grinding.
Pricing varies significantly by part complexity, material, and quantity. Simple turned parts in mild steel start around EGP 300–600 per piece at low quantity. Complex milled housings can run EGP 2,000–8,000+. The only way to get an accurate number is to submit a drawing for a real quote.
For low-quantity orders, setup cost is often the dominant factor. For high-volume orders, machine time and material cost become more significant. Tight tolerances add cost disproportionately because they require additional passes and inspection.
Generally yes — labor and overhead costs are significantly lower in Egypt. However, raw material costs (especially imported grades) can be close to international prices. For simple-to-medium complexity parts, Egypt offers strong value. For extremely tight tolerance work, the quality/cost equation depends on the specific shop.
The highest-impact actions are: relax unnecessary tolerances, reduce the number of setups by redesigning for fewer re-fixturings, batch orders instead of one-at-a-time, choose standard material grades, and simplify internal geometry (corner radii instead of sharp corners, shallower pockets).
Simple turned parts from stock material can be completed in 3–7 working days. Complex milled parts with multiple setups may require 7–14 days. Specialty materials requiring procurement or heat treatment can extend lead time. Always confirm with your supplier.
Yes. Submit your drawing and quantity at app.entag.co and you'll receive a quote from Entag's engineering team. Include the material spec, tolerances, and any required post-processing.
If a part is available as standard hardware (bolts, nuts, bearings, pins), don't machine it custom — the cost difference is usually 10–50×. Machining custom parts makes sense when the geometry, material, or tolerance can't be met by standard off-the-shelf components.
Entag manufactures CNC machined components for industrial clients across Egypt and the Middle East. Whether you need a single prototype or a full production run, our engineering team is ready to review your drawings and provide a quote.
