Stainless steel cutting — inox, nerzhaveika, stainless
Short answer
Inox, nerzhaveika and stainless steel are common names for the same material family, but grade and surface finish vary. Send the grade, thickness, drawing and intended environment. Before ordering through Craftarea, confirm the part can be produced, the cutting method, achievable tolerance, quantity and edge finishing.
A stainless part requires more than a material name: AISI 201, 304 and 316 are considered for different environments and corrosion requirements. This guide explains grade selection, cut-edge changes and drawing preparation. Send a drawing or dimensioned sketch, any material documentation and the required quantity; the production method and scope must be established in the quote.
Key facts
- Material
- Inox / stainless steel
- Grade
- Specify AISI grade and intended environment
- Thickness
- Mark on the drawing; feasibility requires confirmation
- Tolerance
- Specify the requirement; agree achievable tolerance
- Quantity
- Confirm prototype and batch availability in advance
- Finishing
- Deburring, polishing or passivation: assess separately
- Files
- DXF, DWG, AI, vector PDF
- Timing
- Agreed after material and scope review
What is the difference between inox, nerzhaveika and stainless steel?
Inox comes from inoxydable, nerzhaveika is borrowed from Russian, and stainless steel is the technical English term. These names describe a material family, not a single grade. Chromium forms a protective oxide layer; performance also depends on grade, surface condition and environment. Identify the grade on an order rather than specifying only “inox”.
- Inox = nerzhaveika = stainless steel — one material, three names
- Technical criterion: minimum 10.5% chromium content
- AISI 201 and 304 are chromium-nickel (austenitic) grades
- Mild (carbon) steel is a different material and does rust
What thickness of stainless steel can be laser cut?
Achievable thickness depends on laser type and power, alloy grade, assist gas and geometry. Thicker material changes cutting speed, edge shape and thermal effects. Specify thickness, holes and tolerance, then confirm the particular method, workable thickness and any finishing before placing the order.
Which stainless steel grades are used most often?
AISI 201, 304 and 316 are different grades; appearance alone is not enough to select one. Interior decor, exterior components and specialist parts have different requirements. Food-contact, medical or aggressive-environment applications need separate checks of material documentation and suitability. Confirm availability and sourcing of the chosen grade before ordering.
- Identify the AISI grade in the drawing or brief
- Describe moisture, chemicals and surface requirements
- Check stock and material documentation in advance
Does stainless steel need extra processing after cutting?
Cut parts may need deburring, edge rounding or surface restoration. Passivation, polishing and brushing are different operations and are not automatically included in a cutting order. Mark visible or handled edges, desired finish and corrosion requirements. Confirm each finishing operation and its provider separately in the quote.
How much does stainless steel cutting cost?
A quote depends on contour length, holes, sheet grade and thickness, nesting, quantity and subsequent finishing. File preparation may be a separate cost. Compare quotes for the same specification and check whether material, finishing and delivery are included. Agree batch terms in the particular quotation.
Where are laser-cut stainless steel parts used?
Cut stainless parts are used for lettering, logos, nameplates, decorative panels and mounts. The application determines grade, thickness, edges and fixing details. Bending, welding, milling and engraving are separate operations: include them in the brief where needed and confirm the complete scope can be supplied.
Stainless part requirements to confirm before ordering
| Detail | What to provide | What to confirm |
|---|---|---|
| Grade | AISI grade or material document | Availability and suitability for use |
| Thickness and size | Sheet and individual part dimensions | Feasible cutting method |
| Holes | Diameter, centres and spacing | Achievable tolerance |
| Surface | Visible side, polished or brushed finish | Sample and subsequent treatment |
| Edges | Handled edges and mating areas | Deburring and final finish |
How It Works
- 1
Drawing and material
Send DXF, DWG, AI or vector PDF, grade, thickness and quantity.
- 2
Use and surface
Mark the visible side, exposure conditions and mating edges.
- 3
Confirm feasibility
Agree the cutting method, tolerance, any sample and finishing before ordering.
- 4
Price and timing
Confirm material, quantity, operations and completion date in the quote.
- 5
Handover
Agree inspection criteria, packaging and collection or delivery arrangements.
Frequently Asked Questions
Are inox, nerzhaveika and stainless steel the same material?
Does stainless steel ever rust?
Can you cut 8mm or 10mm stainless steel?
Can I bring my own stainless sheet for cutting?
Can you engrave stainless steel as well as cut it?
How long does a stainless cutting order take?
What is the minimum order for stainless steel cutting?
Why does stainless cutting cost more than mild steel?
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