uamea mama 6061
AKA: Al6061-T6 / EN-AW6061
mea tafa vaega
WorkhorseWeldableCost-effective
Te itulau tenei mo tuu CNC. Fai te mea, 6061 alumini pe ukamea e see malepe, tuku te tau i te ata, mo te aofaki. Aso fai 8–10, mai te tasi mea.
Zoryra Precision
CNC Materials & Surface Finish Atlas
Select grades and finishes in the quote form — engineering review for special alloys. Match finish to material (e.g. anodize for aluminum).
gaosiga mea lasi
filifili tulaga lasi tela fetaui tou galuega
Te itulau tenei mo tuu CNC. Fai te mea, 6061 alumini pe ukamea e see malepe, tuku te tau i te ata, mo te aofaki. Aso fai 8–10, mai te tasi mea.
Te itulau tenei mo tuu CNC. Fai te mea, 6061 alumini pe ukamea e see malepe, tuku te tau i te ata, mo te aofaki. Aso fai 8–10, mai te tasi mea.
vaega ne vaegaShowing 25 grades
uamea mama6
Aluminum 6082
AKA: Al6082 / EN-AW6082
mea tafa vaega
Medium strengthThermal conductivityWeldable
Medium strength with good weldability/thermal conductivity for structures.
Aluminum 5052
AKA: Al5052 / sheet-metal favorite
mea tafa vaega
Corrosion resistantBend-friendlyHousings
Corrosion-resistant; common for sheet bend housings and light CNC.
Aluminum 5083
AKA: Al5083 / marine-grade corrosion resistance
mea tafa vaega
High corrosion resistanceModerate strengthPlate stock
Moderate strength, high corrosion resistance for plates/structures.
uamea mama 7075
AKA: Al7075-T6 / EN-AW7075
mea tafa vaega
High strengthFatigue resistantMachines well
Te itulau tenei mo tuu CNC. Fai te mea, 6061 alumini pe ukamea e see malepe, tuku te tau i te ata, mo te aofaki. Aso fai 8–10, mai te tasi mea.
Aluminum 2024
AKA: Al2024 / aerospace-class strength
mea tafa vaega
High strengthFatigue performanceLimited weldability
High-strength aerospace-class Al; welding limited — confirm temper on drawing.
uamea e se ele4
uamea e se ele 304
AKA: SS304 / 1.4301
mea tafa vaega
General stainlessPassivate OKNo anodize
lautele-kumu uamea e se ele; ufi mau/faagalegale — e se ufi afi.
uamea e se ele 316
AKA: SS316 / better corrosion resistance
mea tafa vaega
Better corrosion resistanceMedical/lab commonPassivate OK
Te itulau tenei mo tuu CNC. Fai te mea, 6061 alumini pe ukamea e see malepe, tuku te tau i te ata, mo te aofaki. Aso fai 8–10, mai te tasi mea.
Stainless 303
AKA: SS303 / free-machining
mea tafa vaega
Free-machiningVolume small partsTurn/mill friendly
Free-machining stainless for turned/milled volume small parts.
17-4PH stainless
AKA: 17-4PH / 1.4542
mea tafa vaega
Precipitation hardeningHigh strengthCall out temper
Precipitation-hardening stainless; call out heat-treat condition on drawings.
uamea malō4
Mild steel
AKA: A36 / Q235 class
mea tafa vaega
EconomicalPowder / black oxideEasy to machine
Economical structural steel; powder / black oxide / zinc common.
1045 malala uamea malō
AKA: 1045 / C45
mea tafa vaega
Medium carbonShaftsHeat-treatable
Medium-carbon steel; stronger than mild steel — common for shafts.
4140 uamea hui uamea malō
AKA: 4140 / 42CrMo class
mea tafa vaega
High strengthTough / impactConfirm heat treat
Alloy structural steel; confirm heat treatment with engineering.
mea galue uamea malō (lautele)
AKA: general tool-steel class
mea tafa vaega
Wear resistantTooling classSpecify grade in notes
Wear/tooling class — specify exact grade in notes (SKD / S136 etc. via engineer).
uamea malō lasi1
uamea malō lasi-6uamea mama-4V uamea malō lasi
AKA: TC4 / Grade 5
mea tafa vaega
High strength-to-weightLightweightSlower machining
High strength-to-weight; slower machining — engineer review for complex parts.
uamea mūmū uamea hui lasi3
uamea samasama
AKA: Brass / free-cutting copper alloy
mea tafa vaega
Free-cuttingConductiveFittings / cosmetics
Free-cutting; good conductivity — fittings and cosmetic parts.
uamea mūmū malō
AKA: Bronze
mea tafa vaega
Wear resistantBushingsNote exact grade
Common for wear bushings — note exact grade when required.
uamea mūmū C110
AKA: C110 / ETP copper
mea tafa vaega
High conductivityThermalElectrical / heat sinks
High conductivity for thermal/electrical parts.
galuega iloa mea vaivai7
ABS
AKA: ABS engineering plastic
mea tafa vaega
General housingsEasy machiningFixtures
General housings/fixtures; easy to machine.
Nylon (mea malō)
AKA: PA / Nylon
mea tafa vaega
ToughGears / slidersMoisture swell
Tough for gears/sliders — watch moisture swell on fits.
POM / Acetal
AKA: POM / Delrin-class
mea tafa vaega
Dimensionally stableWear resistantPrecision plastics
Dimensionally stable and wear-resistant for precision plastic parts.
mea malama malō (vaega tasi)
AKA: PC
mea tafa vaega
Clear optionsImpact toughnessStress-crack care
Clear/translucent housings possible — watch stress cracking.
mea mālō / PMMA
AKA: PMMA / acrylic
mea tafa vaega
Optical / displayPolishableWatch brittleness
Optical/display parts; edges can be polished.
PTFE / Teflon
AKA: PTFE
mea tafa vaega
Chemically inertLow frictionLow stiffness
Chemically inert, low friction — low stiffness needs design care.
PEEK
AKA: PEEK high-performance plastic
mea tafa vaega
High tempHigh strengthPremium cost
High-temp/high-strength plastic; premium — for demanding duty.
fakauma foga vaega
faiga · mea lasi · itula faatali-itula vaega
Te itulau tenei mo tuu CNC. Fai te mea, 6061 alumini pe ukamea e see malepe, tuku te tau i te ata, mo te aofaki. Aso fai 8–10, mai te tasi mea. Tuu AI se fai tonu. Togi tasi mea muamua i te lasi.
- mea lasiuamea mama / uamea malō / uamea e se ele / mea vaivai
- itula faatali vaegavaega +0 aso (vaega vaega)
- patimea galue vaega vaega; vaega mo vaega & sō mata lasi.
- mea lasivaega uamea mama / uamea e se ele
- itula faatali vaega~+1–2 aso (vaega vaega)
- pativaega vaega; vaega i mua ufi afi.
- mea lasiuamea mama vaega
- itula faatali vaega~+2–4 aso; mae vaega
- pativalaa i tua vaega i luga vaega; e se mo uamea e se ele.
- mea lasiSS304 / SS316
- itula faatali vaega~+1–3 aso
- pativaega ele tetee; vaega mo faagalegale.
- mea lasiuamea malō / uamea mama fale malō
- itula faatali vaega~+3–5 aso
- pativaega ufi foliki; vaega vili lasi & vaega.
- mea lasiuamea e se ele / uamea mama
- itula faatali vaega~+1–3 aso (vaega tulaga lelei)
- patiave vaega mua pe Ra vaega mo vaega.
Metals
Al6061/7075/5052, SS304/316/303, mild steel, 4140, brass, copper. Titanium on request via engineering review.
Plastics
ABS, Nylon, POM, PC, PEEK and similar engineering plastics common in fixtures and housings.
Finishes
As-machined, bead blast, clear/black/hard anodize, powder coat, passivate, polish, brushed, chromate, zinc plate, black oxide. Plating beyond the list is discussed case by case.
Lead-time impact (production clock)
Reference: blast +1–2d, anodize +2–4d, powder +3–5d. Courier days stay separate on the quote. See the problem guide on masking before you freeze PO dates.
Compatibility tips
Anodize is typical for aluminum; passivation for stainless; black oxide / zinc for steels. Cosmetic anodize needs masking notes on drawings — thermal faces on electronics often stay as-machined.
Certificates
Material certificates / heat-lot traceability available per order agreement when selected — no invented cert numbers on marketing pages.
Capability specs & DFM
| Item | Spec |
|---|---|
| vaega | Mea dron: mota, lima, liso, pati. 6061 alumini. 8–10 aso. Te itulau tenei mo tuu CNC. Fai te mea, 6061 alumini pe ukamea e see malepe, tuku te tau i te ata, mo te aofaki. Aso fai 8–10, mai te tasi mea. |
| mea vaivai | POM, Nylon, vaega tasi, PTFE (vaega vaega) |
| fakauma | galue, ufi afi, pōpō foliki, ufi mau, efu |
| vaega | mea galue vaega e isi mo te fakatonu totogi vaega |
| DFM vaega | Te itulau tenei mo tuu CNC. Fai te mea, 6061 alumini pe ukamea e see malepe, tuku te tau i te ata, mo te aofaki. Aso fai 8–10, mai te tasi mea. |
FAQ
Can I anodize stainless?
Anodize is typical for aluminum. For stainless, passivation or polish is the usual path — confirm in RFQ.
Is hard anodize available?
Yes — selectable as Hard anodize in the quote finish list for aluminum parts.
How many days does finishing add?
Reference: blast +1–2d, anodize +2–4d, powder +3–5d — see the finish atlas. Final days are itemized on the quote.
Where do I configure finish for a real part?
On the quote page — pick material + finish there, then engineering confirms masking / thermal keep-outs.
Next: upload CAD or talk to an Engineer
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