kug-pelga 6061
AKA: Al6061-T6 / EN-AW6061
sool-bũmb tuum-bũmb
WorkhorseWeldableCost-effective
Seb-kãngã CNC yoodo la bõ. Vũlg neng, 6061 alumini la tõnd ka yõkr ye, pagt toleraans wẽnd go, la yoodbõ. Raare 8–10, yembre a ye.
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).
maal-tuum-bũmb tuum-kug-a
yãk-yembre kug-zĩig-a wã-la yɔ-pʋgɛ fo-yʋʋre tuuma-sebere
Seb-kãngã CNC yoodo la bõ. Vũlg neng, 6061 alumini la tõnd ka yõkr ye, pagt toleraans wẽnd go, la yoodbõ. Raare 8–10, yembre a ye.
Seb-kãngã CNC yoodo la bõ. Vũlg neng, 6061 alumini la tõnd ka yõkr ye, pagt toleraans wẽnd go, la yoodbõ. Raare 8–10, yembre a ye.
tuum-bũmb n-fo tuum-bũmbShowing 25 grades
kug-pelga6
Aluminum 6082
AKA: Al6082 / EN-AW6082
sool-bũmb tuum-bũmb
Medium strengthThermal conductivityWeldable
Medium strength with good weldability/thermal conductivity for structures.
Aluminum 5052
AKA: Al5052 / sheet-metal favorite
sool-bũmb tuum-bũmb
Corrosion resistantBend-friendlyHousings
Corrosion-resistant; common for sheet bend housings and light CNC.
Aluminum 5083
AKA: Al5083 / marine-grade corrosion resistance
sool-bũmb tuum-bũmb
High corrosion resistanceModerate strengthPlate stock
Moderate strength, high corrosion resistance for plates/structures.
kug-pelga 7075
AKA: Al7075-T6 / EN-AW7075
sool-bũmb tuum-bũmb
High strengthFatigue resistantMachines well
Seb-kãngã CNC yoodo la bõ. Vũlg neng, 6061 alumini la tõnd ka yõkr ye, pagt toleraans wẽnd go, la yoodbõ. Raare 8–10, yembre a ye.
Aluminum 2024
AKA: Al2024 / aerospace-class strength
sool-bũmb tuum-bũmb
High strengthFatigue performanceLimited weldability
High-strength aerospace-class Al; welding limited — confirm temper on drawing.
kug-ka-ruud4
kug-ka-ruud 304
AKA: SS304 / 1.4301
sool-bũmb tuum-bũmb
General stainlessPassivate OKNo anodize
zãma-bũmb-tɩ-sɛn kug-ka-ruud; kug-qasa-yɩ/zãnd-yɩ — ka kug-pel-yɩ.
kug-ka-ruud 316
AKA: SS316 / better corrosion resistance
sool-bũmb tuum-bũmb
Better corrosion resistanceMedical/lab commonPassivate OK
Seb-kãngã CNC yoodo la bõ. Vũlg neng, 6061 alumini la tõnd ka yõkr ye, pagt toleraans wẽnd go, la yoodbõ. Raare 8–10, yembre a ye.
Stainless 303
AKA: SS303 / free-machining
sool-bũmb tuum-bũmb
Free-machiningVolume small partsTurn/mill friendly
Free-machining stainless for turned/milled volume small parts.
17-4PH stainless
AKA: 17-4PH / 1.4542
sool-bũmb tuum-bũmb
Precipitation hardeningHigh strengthCall out temper
Precipitation-hardening stainless; call out heat-treat condition on drawings.
kug-zẽka4
Mild steel
AKA: A36 / Q235 class
sool-bũmb tuum-bũmb
EconomicalPowder / black oxideEasy to machine
Economical structural steel; powder / black oxide / zinc common.
1045 kug-sob kug-zẽka
AKA: 1045 / C45
sool-bũmb tuum-bũmb
Medium carbonShaftsHeat-treatable
Medium-carbon steel; stronger than mild steel — common for shafts.
4140 kug-la-kug kug-zẽka
AKA: 4140 / 42CrMo class
sool-bũmb tuum-bũmb
High strengthTough / impactConfirm heat treat
Alloy structural steel; confirm heat treatment with engineering.
tuum-ina kug-zẽka (zãma-bũmb)
AKA: general tool-steel class
sool-bũmb tuum-bũmb
Wear resistantTooling classSpecify grade in notes
Wear/tooling class — specify exact grade in notes (SKD / S136 etc. via engineer).
kug-panga1
kug-panga-bil-6kug-pel-4V kug-panga
AKA: TC4 / Grade 5
sool-bũmb tuum-bũmb
High strength-to-weightLightweightSlower machining
High strength-to-weight; slower machining — engineer review for complex parts.
kug-miugu kug-la-kug-a3
kug-nɔn
AKA: Brass / free-cutting copper alloy
sool-bũmb tuum-bũmb
Free-cuttingConductiveFittings / cosmetics
Free-cutting; good conductivity — fittings and cosmetic parts.
kug-miu-sob
AKA: Bronze
sool-bũmb tuum-bũmb
Wear resistantBushingsNote exact grade
Common for wear bushings — note exact grade when required.
kug-miugu C110
AKA: C110 / ETP copper
sool-bũmb tuum-bũmb
High conductivityThermalElectrical / heat sinks
High conductivity for thermal/electrical parts.
tuum-neda bũmb-pel-a7
ABS
AKA: ABS engineering plastic
sool-bũmb tuum-bũmb
General housingsEasy machiningFixtures
General housings/fixtures; easy to machine.
Nylon (bũmb-panga)
AKA: PA / Nylon
sool-bũmb tuum-bũmb
ToughGears / slidersMoisture swell
Tough for gears/sliders — watch moisture swell on fits.
POM / Acetal
AKA: POM / Delrin-class
sool-bũmb tuum-bũmb
Dimensionally stableWear resistantPrecision plastics
Dimensionally stable and wear-resistant for precision plastic parts.
bũmb-wʋbr-panga (bũmb-yembre)
AKA: PC
sool-bũmb tuum-bũmb
Clear optionsImpact toughnessStress-crack care
Clear/translucent housings possible — watch stress cracking.
bũmb-wʋbr / PMMA
AKA: PMMA / acrylic
sool-bũmb tuum-bũmb
Optical / displayPolishableWatch brittleness
Optical/display parts; edges can be polished.
PTFE / Teflon
AKA: PTFE
sool-bũmb tuum-bũmb
Chemically inertLow frictionLow stiffness
Chemically inert, low friction — low stiffness needs design care.
PEEK
AKA: PEEK high-performance plastic
sool-bũmb tuum-bũmb
High tempHigh strengthPremium cost
High-temp/high-strength plastic; premium — for demanding duty.
yɩ-noor tuum-bũmb
tuum-sɛn · tuum-kug-a · wakate-sɛnda-wakate tuum-bũmb
Seb-kãngã CNC yoodo la bõ. Vũlg neng, 6061 alumini la tõnd ka yõkr ye, pagt toleraans wẽnd go, la yoodbõ. Raare 8–10, yembre a ye. AI yoodo la sõsga. Ra yembre a ye zugu yembre a zoɛ.
- tuum-kug-akug-pel / kug-zẽka / kug-ka-ruud / bũmb-pel-a
- wakate-sɛnda tuum-bũmbtuum-bũmb +0 daare (tuum-bũmb tuum-bũmb)
- gʋls-biltuum-ina tuum-bũmb tuum-bũmb; tuum-bũmb tɩ tuum-bũmb & yɔ-kãab noora.
- tuum-kug-atuum-bũmb kug-pel / kug-ka-ruud
- wakate-sɛnda tuum-bũmb~+1–2 daare (tuum-bũmb tuum-bũmb)
- gʋls-biltuum-bũmb tuum-bũmb; tuum-bũmb sɛnda kug-pel-yɩ.
- tuum-kug-akug-pelga tuum-bũmb
- wakate-sɛnda tuum-bũmb~+2–4 daare; zĩ-kẽes tuum-bũmb
- gʋls-bilyel-ka yi-sen tuum-bũmb zugu tuum-bũmb; ka tɩ kug-ka-ruud.
- tuum-kug-aSS304 / SS316
- wakate-sɛnda tuum-bũmb~+1–3 daare
- gʋls-biltuum-bũmb kug-ruud kãsem-yɩ; tuum-bũmb la-neda zãnd-yɩ.
- tuum-kug-akug-zẽka / kug-pel goab-a
- wakate-sɛnda tuum-bũmb~+3–5 daare
- gʋls-biltuum-bũmb paal-yɩ; tuum-bũmb kug-vɩɩga & tuum-bũmb.
- tuum-kug-akug-ka-ruud / kug-pelga
- wakate-sɛnda tuum-bũmb~+1–3 daare (tuum-bũmb kug-zĩig)
- gʋls-bilpag bũmb-sɛnda bii Ra tuum-bũmb tɩ tuum-bũmb.
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 |
|---|---|
| tuum-bũmb | dron: moto, nɔni, liso, batri. 6061 alumini. Raare 8–10. Seb-kãngã CNC yoodo la bõ. Vũlg neng, 6061 alumini la tõnd ka yõkr ye, pagt toleraans wẽnd go, la yoodbõ. Raare 8–10, yembre a ye. |
| bũmb-pel-a | POM, Nylon, bũmb-yembre, PTFE (tuum-bũmb tuum-bũmb) |
| yɩ-noora | tũuma, kug-pel-yɩ, kug-bilfu, kug-qasa-yɩ, fu-yɩ |
| tuum-bũmb | tuum-kugri tuum-bũmb ya-kalam tɩ-yembre ligdi-yɩɩre tuum-bũmb |
| DFM tuum-bũmb | Seb-kãngã CNC yoodo la bõ. Vũlg neng, 6061 alumini la tõnd ka yõkr ye, pagt toleraans wẽnd go, la yoodbõ. Raare 8–10, yembre a ye. |
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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