CNC machining prices: how is a quote calculated?
Programming, setup, cycle time, material, finishing, inspection: what a CNC machining quote contains, why quantity changes everything and how to reduce the cost.
Practical pointers for having your parts made or growing your workshop: pricing, drawings, materials, quotes, confidentiality.
Programming, setup, cycle time, material, finishing, inspection: what a CNC machining quote contains, why quantity changes everything and how to reduce the cost.
What a workshop needs to know to quote and make your part: a method in a few points, a ready-to-copy template and common mistakes to avoid.
Skills, capacity, quality, proximity, responsiveness, references, financial strength, communication, price and contract: 10 criteria and a comparison grid.
STEP, IGES, Parasolid, DXF, STL, 3MF, dimensioned PDF, Gerber: the right file for each manufacturing process, a summary table and good practice for sending files.
ISO 2768 general tolerances, ISO 286 fits, ISO 1101 geometric tolerancing, Ra roughness: read a drawing and dimension sensibly to control the cost of a machined part.
3D printing or CNC machining? Seven selection criteria, FDM, SLA, SLS, MJF and metal technologies, a comparison table and cases where combining both processes makes sense.
Choose the right cutting process, know the usual thicknesses, understand what drives the price of a sheet metal part and design parts that bend without extra cost.
Anodising, powder paint, zinc, passivation, nickel, chrome: the strengths and limits of each treatment, their effect on dimensions and how to specify it in a request.
Mock-up, functional prototype, pre-series, tooling, qualification: how to structure the move from a single unit to repeatable production, and choose the right processes for your volumes.
Aluminium 6082 or 7075, stainless 304L or 316L, POM or PA6: the criteria for choosing the right material, a comparison table and the effect of this choice on price and lead times.
Typical content of a confidentiality agreement, trade secrets, ownership of drawings and tooling, scope of the 1975 French law and sharing habits: how to entrust your drawings with confidence.
Marketplaces, local search, LinkedIn, trade shows, networks, reviews, workshop-to-workshop cooperation and targeted outreach: nine practical ways to fill your order book without depending on a single customer.
Read the brief, set out a credible price and lead time, include the right details and stand out from other workshops: a step-by-step method.
Number of bends, length, material, tooling, setup, quantity, tolerances and prior cutting: the logic behind a sheet metal bending quote and the levers to reduce the cost.
TIG, MIG, MAG or stick welding: what each process does, for which material and thickness, and what to specify (qualifications, quality level, inspections) in a quote request.
EN designations, the role of molybdenum, chloride resistance, machining, welding and relative price: how to choose between stainless steel 304 (1.4301) and 316L (1.4404) according to the use of the part.
Depending on the material, use, appearance and durability required, which treatment should you choose between anodising, powder coating and hot-dip galvanising? A comparison table and the pitfalls to avoid.
Laser, plasma or waterjet: thickness range, accuracy, heat-affected zone, materials and relative cost of each process, with real cases to choose according to your sheet.
ISO 9001, EN 9100, ISO 13485, IATF 16949: what they certify (a management system, not a product), how to check a certificate and in which cases to require them from a subcontractor.
Volume, height, material, finish, quantity, build-plate fill: how the price of an FDM, SLA, SLS, MJF or metal part is built up, and how to bring it down.
Number of cavities, steel or aluminium, slides, hot runners, tool life: what sets the price of a mould, how to amortise it and which alternatives to choose for small runs.
3+2 or continuous 5-axis machining: what each brings, the parts that justify 5 axes, the effect on price and the alternatives when you can do without.
Sliding-head or conventional CNC lathe: bar diameters, quantities, precision, surface finish and cost to choose the right process for a turned part.
Gerber files, BOM, component positions, IPC classes, SMT or through-hole, testing and DFM: how to have an electronic board prototype made and assembled.
Scope, assumptions, unit price and fixed costs, lead time, terms, quality, Incoterm: the method and the grid to compare three quotes on an identical basis.
ABS, PA, POM, PC, PEEK: the criteria for choosing an engineering plastic, its limits (moisture, heat, creep), machining vs injection moulding and a comparison table.
Alloy 6082, 6061, 5083, 2017A or 7075: how to read an EN AW designation, compare machinability, welding, anodising and strength, and choose without overpaying.
Which measuring equipment, which report, which dimensions to inspect and how often? Inspection report, first article and control plan: ask for the right level without overpaying.
Reshoring all or part of a production: compare total cost rather than unit price, qualify French subcontractors, organise the transition and anticipate the risks.
What a buyer looks at before choosing a workshop, and how to show it on your Meaflow profile: photos, machines, capabilities, certifications, verified SIRET and reviews.
Sort a request in five minutes, ask the right questions, structure your quote and follow up without pushing: the method, and five message templates to copy.
Describe your needs in a few minutes and compare quotes from workshops. It’s free.
Create your profile for free and respond to requests that match your expertise.