Machining Cost Calculator & Pricing Guide
Professional manufacturing cost estimating: an interactive machining cost calculator with real-world presets, machine hour rates, raw material prices, coating and heat treatment costs, inspection and testing prices, assembly and welding rates, quotation structure, and pricing formulas.
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Professional Manufacturing Cost Estimating
Machining · Raw Material · Rates · BOM · Quoting · Finishing · Inspection · Assembly · Formulas
🧮 Cost Calculator — Machined Part
How to use: Fill in the 4 cards from top to bottom. The result updates automatically.
Not sure what to enter? Click one of the examples below — the calculator will populate with realistic values for a typical part.
Not sure what to enter? Click one of the examples below — the calculator will populate with realistic values for a typical part.
⚡ Ready-made examples — click to load:
⚙️ Turning:
⚙️ Milling:
📦 Step 1 — Raw Material
How much material do you need to buy to produce one part? The finished part's weight is multiplied by the waste factor (BTF) — because more material always goes in than remains in the finished part.
Weigh the part or calculate from CAD. Not the raw stock — the finished part!
How many kg of raw stock you need to buy for every kg of finished part. BTF 1.3 = 30% waste.
Approximate price per kg of bar/plate at medium quantity in Israel.
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⚙️ Step 2 — Machining
How long it takes to set up the machine (Setup) and how long the machine runs on each part. Setup is divided across the whole quantity — the more parts, the lower the setup cost per part.
Machine setup time: fixturing, tool setting, zero setting, first-article run. If there are 2 OPs (setups) — add both together.
How many minutes the machine runs on one part, including all operations (OPs). A simple pin = 2-5 minutes. A complex part = 60-120 minutes.
Machine hour rate including: operator, machine depreciation, electricity, cutting tools, coolant. A more advanced machine = a higher rate.
The larger the quantity, the lower the setup cost per part. 1 part = expensive. 1000 parts = cheap.
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🎨 Step 3 — Finish, Inspection & Extras
Additional costs after machining: coating (anodize, zinc...), heat treatment (hardening), quality inspection, and cleaning/finishing. Not every part needs everything — select only what's relevant.
A protective coating against corrosion/wear. Price per part at medium series.
Hardening, softening, or improving mechanical properties. Required for steels that need hardness.
Measurement, report, CMM. A simple part = basic inspection. Aerospace = full FAI + CMM.
Removing burrs, edge breaking, cleaning. Almost every part requires at least manual deburring.
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💰 Step 4 — Summary & Price
Overhead = costs not directly tied to the part: rent, electricity, insurance, management, coolant. Typically 25-40%.
Margin = what's left for the shop after all expenses. 15-25% is typical in Israel.
Margin = what's left for the shop after all expenses. 15-25% is typical in Israel.
A small shop ~25%. Medium ~30%. Large/aerospace ~35-45%.
Gross margin on the price. 15% = competitive. 20% = reasonable. 25%+ = premium/aerospace.
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⏱️ Machine Rates — Israeli Market 2024-2026
Machine Hour Rates — Israel
Price range reflects: shop size, region, workload, urgency
| Machine | Low ₪/hr | Average ₪/hr | High ₪/hr | Setup ₪ | Notes |
|---|---|---|---|---|---|
| Manual Lathe | 180 | 250 | 350 | 100–200 | Individual parts, repairs |
| CNC Lathe 2-Axis | 280 | 350 | 450 | 200–500 | Haas/Doosan/Mazak |
| CNC Lathe Y+C+Sub | 380 | 500 | 650 | 400–800 | Done-In-One |
| Swiss-Type | 400 | 550 | 750 | 500–1500 | Long setup! |
| VMC 3-Axis | 300 | 450 | 600 | 200–600 | Haas VF / Mazak |
| VMC 5-Axis (3+2) | 500 | 650 | 850 | 400–1000 | DMG/Hermle |
| VMC 5-Axis Sim | 650 | 800 | 1200 | 600–2000 | Aerospace, impellers |
| HMC + Pallet | 450 | 600 | 800 | 300–800 | Production series |
| Surface Grinding | 250 | 350 | 500 | 150–400 | Flat surfaces |
| Cylindrical Grinding | 300 | 400 | 600 | 200–500 | OD/ID |
| Centerless Grinding | 250 | 350 | 500 | 500–2000 | High setup, mass production |
| EDM Wire | 500 | 700 | 1000 | 300–800 | By hour or by cut length |
| EDM Sinker | 600 | 800 | 1200 | 500–2000 | +electrode cost |
| Drill Press | 120 | 200 | 300 | 50–200 | Simple holes |
| Band Saw | 80 | 150 | 250 | 50–100 | Cutting raw stock |
| CNC Bending | 200 | 350 | 500 | 200–600 | Amada/Trumpf |
| Fiber Laser | 400 | 600 | 900 | 100–300 | By hour or by meter |
| Waterjet | 350 | 500 | 750 | 100–300 | Any material |
▸ Setup = fixed! On a run of 100 ← Setup/part = marginal. On a run of 1 ← Setup = 50% of the price
▸ Urgency: ×1.3–2.0 over the regular rate
▸ Night/weekend: ×1.25–1.5 premium
▸ Aerospace/defense: ×1.3–1.5 (documentation + traceability)
▸ Urgency: ×1.3–2.0 over the regular rate
▸ Night/weekend: ×1.25–1.5 premium
▸ Aerospace/defense: ×1.3–1.5 (documentation + traceability)
Labor Rates
| Work | ₪/hour | Note |
|---|---|---|
| Grinding / Deburr | 120–180 | Manual |
| Mechanical Assembly | 150–250 | Experienced technician |
| TIG Welder | 200–350 | Aerospace: 350–500 |
| MIG Welder | 180–280 | Structural |
| Quality Control | 180–300 | Including CMM |
| CNC Programming | 200–400 | CAM offline |
| Fixture Design | 250–450 | Fixture / Jig |
🧱 Raw Material Prices — Israeli Market
Material Price per kg — Israel 2024-2026
Approximate prices, depend on quantity, supplier, period. Bar ⌀20-100mm
| Material | ₪/kg | ₪/kg (small) | Typical MOQ | Availability | Notes |
|---|---|---|---|---|---|
| Steel 1018/1020 | 7–10 | 12–18 | 6m bar | ★★★★★ | Off the shelf |
| Steel 1045 | 10–15 | 18–25 | 6m bar | ★★★★★ | Off the shelf |
| Steel 4140 | 15–22 | 25–35 | 6m bar | ★★★★ | Common |
| Steel 4340 | 22–35 | 35–50 | 3m bar | ★★★ | Order |
| 12L14 Free-Cut | 12–18 | 20–30 | 6m bar | ★★★★ | ↑machinability |
| SS 303 | 40–55 | 60–80 | 3m bar | ★★★★ | ↑machinability vs 304 |
| SS 304/304L | 45–60 | 65–90 | 3m bar | ★★★★★ | Off the shelf |
| SS 316/316L | 60–80 | 85–120 | 3m bar | ★★★★ | Common |
| SS 17-4PH | 100–140 | 150–200 | Order | ★★ | 2–4 weeks |
| Al 6061-T6 | 30–42 | 45–65 | 3m bar | ★★★★★ | Off the shelf |
| Al 7075-T6 | 50–65 | 70–95 | 3m bar | ★★★★ | Aerospace |
| Al 2024-T4 | 45–60 | 65–85 | Order | ★★★ | Aerospace |
| Ti-6Al-4V Grade 5 | 450–700 | 700–1000 | Order | ★★ | 4–8 weeks |
| Inconel 718 | 900–1400 | 1200–2000 | Order | ★ | 6–12 weeks |
| Copper C110 | 70–90 | 100–140 | 3m bar | ★★★★ | Conductivity |
| Brass C360 | 70–100 | 110–150 | 3m bar | ★★★★ | Free-Cut |
| POM (Delrin) | 35–50 | 55–75 | 1m bar | ★★★★ | Engineering plastic |
| Nylon PA66 | 30–45 | 50–70 | 1m bar | ★★★★ | Engineering plastic |
| PEEK | 800–1200 | 1200–1800 | Order | ★★ | Medical/aerospace |
▸ Quantity: price per kg drops 20–40% on an order of 100kg+
▸ Israeli suppliers: Metalux, MLS, Almet, Standard Metals, A.L.M
▸ Material certificate: Mill Cert (3.1) = +₪5–15/part
▸ Israeli suppliers: Metalux, MLS, Almet, Standard Metals, A.L.M
▸ Material certificate: Mill Cert (3.1) = +₪5–15/part
Buy-to-Fly — Waste Factor
| Part Type | BTF | Explanation |
|---|---|---|
| Simple shaft / bushing | 1.1–1.3 | Minimal waste from bar |
| Regular turned part | 1.3–1.5 | Turning + milling |
| Complex milled part | 1.5–2.5 | Pockets, holes |
| Structural Aerospace | 3–8 | Hog-out from plate |
| Monolithic Wing Rib | 10–25! | 90%+ of material becomes chips |
▸ BTF 10 = you buy 10kg, 1kg remains in the part!
▸ Ti-6Al-4V at BTF 10 = raw material = ×10 the final weight ×₪600/kg = very expensive
▸ Near Net Shape: casting/forging ← BTF 1.5–3 ← saves material
▸ Ti-6Al-4V at BTF 10 = raw material = ×10 the final weight ×₪600/kg = very expensive
▸ Near Net Shape: casting/forging ← BTF 1.5–3 ← saves material
🎨 Coating, Finish & Heat Treatment — Prices
Coatings — Price per Part
Medium part ~100-500cm². Price per part, not per batch
| Coating | ₪/part (series) | ₪/part (single) | Lead Time |
|---|---|---|---|
| Anodize Type II | 10–20 | 30–60 | 3–5 days |
| Anodize Type II Dyed | 15–30 | 40–80 | 5–7 days |
| Anodize Type III (Hard) | 25–45 | 60–120 | 5–10 days |
| Zinc Plating | 10–20 | 25–50 | 3–5 days |
| Electroless Nickel EN | 20–35 | 50–90 | 5–7 days |
| Hard Chrome | 30–60 | 80–150 | 7–14 days |
| Black Oxide | 8–15 | 20–40 | 2–3 days |
| Alodine (Chem Film) | 10–20 | 25–50 | 3–5 days |
| Passivation (SS) | 8–15 | 20–40 | 2–5 days |
| Powder Coat Paint | 20–40 | 50–100 | 5–7 days |
| Epoxy Wet Paint | 30–60 | 70–150 | 5–10 days |
| Electroless Nickel | 25–45 | 60–120 | 5–10 days |
| Cadmium (QQ-P-416) | 40–80 | 100–200 | 10–21 days |
Heat Treatments — Price
| Treatment | ₪/part (series) | ₪/part (single) | Lead Time |
|---|---|---|---|
| Hardening + Tempering (Q&T) | 15–30 | 40–80 | 3–7 days |
| Carburizing | 25–50 | 60–120 | 5–10 days |
| Nitriding | 30–60 | 70–150 | 7–14 days |
| Vacuum Hardening | 40–80 | 100–200 | 5–10 days |
| Stress Relief | 10–20 | 25–50 | 2–5 days |
| Annealing | 10–20 | 25–50 | 2–5 days |
| Induction Hardening | 20–40 | 50–100 | 3–7 days |
| Cryogenic Treatment | 30–60 | 80–150 | 5–10 days |
▸ Minimum batch: most heat treaters charge a minimum ₪200–500 per batch
▸ Certificate: a heat treat certificate = +₪20–50/part
▸ Israeli suppliers: Sherutei Chom, Metam, ITC, Palgei Chom
▸ Certificate: a heat treat certificate = +₪20–50/part
▸ Israeli suppliers: Sherutei Chom, Metam, ITC, Palgei Chom
🔍 Inspection & Quality — Costs
Mechanical Testing — Prices
| Test | ₪/test | Note |
|---|---|---|
| Dimensional Measurement (calipers + micrometer) | Internal | Part of manufacturing cost |
| CMM — up to 10 dimensions | 80–150 | Per part |
| CMM — Full FAI (50+ dimensions) | 200–500 | AS9102 |
| Surface Roughness Ra | 20–40 | Per point |
| Hardness Test HRC | 15–30 | Per point |
| Micro Hardness Test HV | 40–80 | Case depth profile |
| Tensile Test | 150–300 | Specimen + test |
| Charpy Impact | 100–200 | 3 specimens minimum |
| Fatigue Test | 500–2000 | Per specimen, run-out |
NDT — Non-Destructive Testing
| Method | ₪/part | ₪/m weld | Note |
|---|---|---|---|
| PT (Dye Penetrant) | 30–60 | 40–80 | Simple and cheap |
| MT (Magnetic Particle) | 30–60 | 40–80 | Ferromagnetic only |
| UT (Ultrasonic) | 60–150 | 80–200 | Thickness + cracks |
| RT (Radiographic) | 150–400 | 200–500 | Radiation — ← expensive |
| PAUT (Phased Array) | 100–250 | 150–350 | Replaces RT |
| He Leak Test | 100–300 | — | Sealing |
| Hydro Test | 80–200 | — | For pressure vessels |
▸ NDT for welds: AWS D1.1 = PT minimum, ASME VIII = RT/UT
▸ 100% RT: ×3–5 the cost vs. Spot (10%) — consider if it's required
▸ PAUT replaces RT: ↓cost, ↓time, ← ← ← ← the trend!
▸ 100% RT: ×3–5 the cost vs. Spot (10%) — consider if it's required
▸ PAUT replaces RT: ↓cost, ↓time, ← ← ← ← the trend!
🔧 Assembly & Additional Work — Costs
Assembly — Rates
| Work | ₪/hour | ₪/part (typical) |
|---|---|---|
| Simple Mechanical Assembly | 150–220 | 10–50 |
| Complex Assembly + Calibration | 200–350 | 50–200 |
| Press-Fit (Bearings, Pins) | 180–280 | 15–60 |
| Helicoil / Insert Installation | — | 5–15 per unit |
| Bonding Loctite/Epoxy | 180–250 | 10–40 |
| Dowel Pin + Reaming | 200–300 | 20–60 |
| Safety Wiring | 200–350 | 15–40 per bolt |
| Balancing (Dynamic) | — | 100–500 |
Welding — Rates
| Type | ₪/hour | ₪/m seam | Notes |
|---|---|---|---|
| MIG/MAG Steel | 180–280 | 40–80 | Structural |
| TIG SS | 250–400 | 80–150 | Piping, vessels |
| TIG Al | 250–400 | 80–150 | AC, ← ← difficult |
| TIG Aerospace (AWS/NADCAP) | 350–550 | 120–250 | +documentation |
| Robot Welding | 300–450 | 20–50 | Series ← ← ↓ |
| Laser Welding | 400–700 | 60–150 | Precise, ↓HAZ |
| Electron Beam | 600–1200 | 150–400 | Vacuum, Ti/SS |
Additional Services
| Service | Price | Notes |
|---|---|---|
| Laser Marking | ₪5–20/part | P/N, S/N, logo |
| CNC Engraving | ₪10–30/part | Deep text |
| Special Packaging | ₪10–50/part | VCI, desiccant |
| Masking for Coating | ₪15–50/part | Threaded holes, seats |
| Mill Cert 3.1 | ₪15–50 | Material certificate |
| FAIR / AS9102 | ₪200–500 | First article |
| PPAP Level 3 | ₪500–2000 | Automotive — 18 elements |
| Certificate of Conformance | ₪20–50 | Basic CoC |
📄 Quotation — Structure and Method
Professional Quote Structure
1. HeaderCompany name, logo, date, quote number, validity
2. Customer DetailsName, contact person, email, RFQ Reference
3. Technical DescriptionP/N, Rev, material, quantity, attached drawing
4. Unit PriceBreakdown: material + machining + finish + inspection
5. NRENon-Recurring: fixture, programming, special tooling
6. Lead TimeBusiness days! FAI + series
7. MOQMinimum quantity + price breaks
8. Payment TermsNet 30/60, deposit?, currency
9. ExclusionsWhat's not included! (coating? NDT? packaging? cert?)
10. SignatureQuote validity (30/60 days), T&C
▸ Price Break: 10/50/100/500 units — with a price reduction
▸ Validity: 30 days standard. Special materials = 14 days
▸ NRE: always separate! The customer pays it once
▸ Validity: 30 days standard. Special materials = 14 days
▸ NRE: always separate! The customer pays it once
Lead Time — Typical Delivery Times
| Stage | Days (regular) | Days (rush) |
|---|---|---|
| Material Order (stock) | 1–3 | 0–1 |
| Material Order (special) | 14–42 | 7–21 |
| CAM Programming | 1–3 | 0.5–1 |
| Machining (simple part) | 3–5 | 1–2 |
| Machining (complex part) | 7–14 | 3–7 |
| Coating | 5–10 | 3–5 |
| Heat Treatment | 5–10 | 3–5 |
| NDT | 3–7 | 1–3 |
| FAI + Report | 3–5 | 1–2 |
| Packaging + Shipping | 1–2 | 0.5–1 |
▸ Typical total: 3–4 weeks (simple) · 6–8 weeks (complex+coating)
▸ Urgency: ×1.3–2.0 price premium — price it in advance!
▸ Urgency: ×1.3–2.0 price premium — price it in advance!
📊 Pricing Formulas & Metrics
Basic Formulas
Material Cost= finished weight × BTF × ₪/kg
Machining Cost= (Setup/quantity + machine time) × rate
Direct Cost= material + machining + finish + inspection
Full Cost= direct cost × (1 + overhead%)
Selling Price= full cost × (1 + margin%)
NRE= fixture + programming + tooling + first FAI
Break-Even= NRE / (price − variable cost)
Performance Metrics — KPIs
OEE= Availability × Performance × Quality
OEE World Class≥ 85%
Scrap Rate= scrap / production quantity. Target: < 2%
On-Time Delivery≥ 95%. < 90% = a problem!
Setup Ratio= setup time / production time. Target: < 15%
Spindle UtilizationSpindle hours / available hours. Target: > 60%
Cost/Part Trend↓ with the learning curve — Wright's Law: C_n = C₁ × n^b
▸ Learning Curve: 80% LC = every quantity doubling ← ↓20% cost
▸ Wright's Law: b = log(LC)/log(2) = log(0.8)/log(2) = −0.322
▸ Wright's Law: b = log(LC)/log(2) = log(0.8)/log(2) = −0.322
Overhead — What Does It Include?
Rent / DepreciationBuilding, machines, equipment
Electricity + WaterCNC = 15–40 kW × ₪0.5/kWh
Coolant + OilsReplaced every 3–6 months
Cutting ToolsUsually 5–15% of machining cost
InsuranceFacility + equipment + product liability
AdministrationAccounting, purchasing, management
MaintenancePreventive + corrective + spare parts
Typical Total25–45% of direct cost
▸ Small shop: overhead 25–35%
▸ Medium shop: 30–40%
▸ Large shop + AS9100: 35–50%
▸ Cutting tools: figure 8–12% of the machine hour cost
▸ Medium shop: 30–40%
▸ Large shop + AS9100: 35–50%
▸ Cutting tools: figure 8–12% of the machine hour cost