Pricing Electronics
Repair Work: A Practical Guide
Establishing Your Labor Rate
Board-level repair technicians command rates 40–60% higher than general electronics repair due to specialized skill, equipment access, and fault isolation complexity. Your hourly rate must cover equipment depreciation, facility costs, ongoing training, and profit margin.
Rate Structure by Market
Entry-level technicians (0–2 years board repair): $45–$65/hour USD equivalent. Intermediate (3–7 years): $75–$120/hour. Senior/expert diagnosticians: $130–$200+/hour. Rates vary by geography—North America and Western Europe run 25–40% higher than Eastern Europe or Asia-Pacific regions.
Your true hourly cost includes: equipment (oscilloscopes $8K–$25K, thermal camera $4K–$12K, reflow stations $6K–$15K), facility rent, liability insurance, component inventory carrying costs. Amortize major equipment over 5–7 years. A single oscilloscope at $15K amortized over 60 months = $250/month or $14.28/hour across a 40-hour week.
Diagnostics as a Separate Line Item
Do not absorb diagnostics into repair pricing. Charge separately: typically $40–$80 USD for initial scope-and-meter analysis, up to $150–$300 for complex multilayer board fault isolation on high-end devices like GPU modules or switching regulators. Clearly communicate that diagnostics fee applies whether repair is completed or declined.
Components & Markup Strategy
Component pricing breaks into three categories: stocked passives, stocked actives, and special-order ICs.
| Component Type | Cost Example | Markup Range | Retail Price |
|---|---|---|---|
| Passive (resistor, cap, diode) | $0.02–$0.15 | 300–500% | $0.10–$0.75 |
| MOSFETs, MOSFET arrays (e.g., ISL6259) | $2.10–$8.50 | 80–150% | $4.20–$21.25 |
| Power ICs (TPS51125, LP8550) | $1.80–$6.20 | 100–180% | $3.60–$17.16 |
| Specialty ICs (custom ASIC, codec) | $5.00–$250+ | 40–120% | $7.00–$550+ |
| RF modules, connectors | $3.50–$45 | 60–110% | $5.60–$94.50 |
Passives warrant aggressive markup because they are stocked in bulk, zero-failure risk on customer, and administrative burden is identical to a $10 part. Specialty ICs carry lower markup because acquisition cost is high and capital risk is real—you may not recover $80 in acquisition cost if a ISL6259 fails post-installation due to your installation error or a defective part.
Special-Order Component Handling
For rare components not in inventory, charge retail list price plus 15–25% procurement fee and expedite charges. If a client's logic board requires a TL494 or obsolete LM4040 variant, source at distributor markup (typically 2–4× cost) and resell at list +15%. Disclose component cost breakout in your quote.
Repair Pricing Models
Flat-Rate Model
Charge fixed fee per device type or repair category: $120 for USB port reflow, $180 for liquid damage cleaning and capacitor replacement, $250 for MOSFET swap on power stage. Flat rates require historical data—track actual time spent on previous identical repairs. Only practical if you repair 50+ identical boards monthly (e.g., MacBook A1398 logic boards, specific gaming console models).
Hourly + Parts Model
Most professional shops use hybrid: hourly labor + cost-plus parts. Diagnostic hour is billed separately (often non-refundable or credited if repair proceeds). Once fault is identified, provide labor estimate and parts quote. Example: "Diagnostics $75. Repair estimate: 2 hours labor ($150) + TPS51125 + capacitors ($18 + $4) = $247 total." This model scales to complex boards where time-to-repair varies ±40%.
Value-Based Pricing
Charge based on device retail value and repair complexity, not labor time. A $2,800 GPU module gets a $300 repair fee; a $180 USB dock gets $60–$85. Suitable for high-value industrial or medical boards where customer perception links repair cost to device value and profit recovery.
Cost & Volume Analysis
Break-Even Calculation
Monthly fixed costs: facility rent $1,500, equipment amortization $400, insurance/licensing $300, utilities/internet $150 = $2,350/month baseline. Variable costs per repair: solder material $0.80, flux/cleaning $0.40, electricity $0.50 = $1.70 per job. At $95/hour labor rate and 40-hour week, you generate $3,800 gross labor revenue weekly. After 50% markup on parts ($50/week average parts revenue), you net ~$2,150/week or $8,600/month gross before taxes.
Break-even: $2,350 fixed ÷ ($95 labor/hour + $50 parts average per 1.5-hour job) = approximately 20 repairs per week. Below 20 jobs/week, you're losing money on facility overhead. Above 40 jobs/week, labor becomes constraint—upgrade staff or outsource overflow.
Profitability per Device Class
Track repair time and margin by device category. MacBook logic boards: 1.2 hours average, $180 labor + $35 parts @ 120% markup = $276 revenue, $120 margin (43%). Gaming console: 0.8 hours, $75 labor + $18 parts @ 150% markup = $118 revenue, $60 margin (51%). Industrial PLC: 3.2 hours, $300 labor + $145 parts @ 80% markup = $565 revenue, $130 margin (23%). Focus intake on high-margin device types.
Documentation & Quality Metrics
Maintain service log for every repair: device model, fault code, components replaced (part number, cost, quantity), labor hours, date, technician name, pass/fail test result. Use this data to refine estimates, identify chronic part failures, and defend warranty claims.
Implement post-repair testing standard: full power-on burn-in (24–48 hours for automotive/industrial grade), thermal imaging under load (target 60–75°C on power stages), continuity check on all signal rails. Document with photographs or thermal snapshot. Include 30-day hardware defect warranty on labor; parts carry manufacturer warranty only.
Calculate first-time fix rate (FTFR): repairs not returned for same fault / total repairs. Target ≥94%. Below 90% means inadequate diagnostics or components; review schematic methodology and supplier quality.