CNC lathe for Semiconductor
Semiconductor equipment hubs cover vacuum-adjacent plates, wafer-handling arms, aligner fixtures, and gas/panel brackets used in tool development. Cleanliness, low outgassing material choices, and precise datums matter; aluminum and stainless dominate with selective polymers. Keep tone on contamination control and precision fixtures — not automotive packaging or medical biocompatibility claims.
Batch1 industry semiconductor.
Process
CNC turning for revolved OD/ID parts serving this industry — use the industry overlay for applications and material mix; lathe capability essays belong on material hubs.
When semiconductor uses this route
- Vacuum chamber adapter plates and blank-offs (development)
- End-effector and wafer paddle prototypes
- Optical aligner stages and metrology brackets
- Gas stick panel plates and cable pass-through frames
- Non-particle-shedding polymer guides where listed
Typical parts
- Chamber interface flanges and adapter rings
- Wafer end-effector blades
- Metrology tower plates
- EFEM frame brackets
- PEEK/POM low-friction guides
Industry DFM
- Specify surface finish and cleaning expectations — as-machined may shed if not deburred
- Avoid trapped volumes that complicate wipe-down or vacuum pump-down
- Stainless vs aluminum choice affects magnetic and corrosion stories in wet benches
- Thread locker and lubricants may be restricted — leave notes for human process owners
- No fabricated cleanroom-class badges in copy
Material mix
DFM on industry hubs is application-framed (environment, sealing, weight, cleanability, thermal path). Do not paste the full process capability essay or the material-hub alloy DFM list verbatim.
Industry hub bands aggregate across child materials. Qty10 mid often sits between soft aluminum floors and higher titanium/stainless/PEEK leaves — explain the span as a material mix, not as a fake “industry surcharge.” Never invent dollar deltas beyond hub_price_ranges.json.
One-liner only: revolved OD/ID turning. Defer L/D chucking essays to material hubs.
Public price range
Aggregated from Batch1 child leaves for this hub (4 pages). USD, rates v1.1, public ±12% on the 50×50×20 mm sample. Compare qty 10 $100.72 ($70.4–$211.27); qty 100 $482.44 ($244.95–$1196.76).
| Qty | Low | Mid | High | Status | Leaves priced | Lead days |
|---|---|---|---|---|---|---|
| 1 | $70.4 | $80 | $89.6 | priced | 4 | 7–12 (mid 10) |
| 10 | $70.4 | $100.72 | $211.27 | priced | 4 | 7–12 (mid 10) |
| 100 | $244.95 | $482.44 | $1196.76 | priced | 4 | 7–12 (mid 10) |
| 500 | $1150.83 | $1754.84 | $3249.71 | mixed | 3 | 7–12 (mid 10) |
Semiconductor children often include stainless and polymers above Al floors; wide qty10 span is mix from hub_price_ranges, not a fabricated fab adder. Industry hub bands aggregate across child materials. Qty10 mid often sits between soft aluminum floors and higher titanium/stainless/PEEK leaves — explain the span as a material mix, not as a fake “industry surcharge.” Never invent dollar deltas beyond hub_price_ranges.json. Some child leaves are mixed, so a band uses only children that published a number. Not a confirmed order price.
Process comparison
Qty 10 public mid is the median of process×material hub mids, with the span of those mids in parentheses. Tolerance labels and finish names come from the hubs-enrich pack. The machine-rate column is the rates card, not a part price.
| Process | Qty 10 price band | Tolerance | Finishes | DFM | Machine rate |
|---|---|---|---|---|---|
| CNC 3-axis (CNC 三轴) | $117.92 median ($80–$290.74) | ISO 2768-m; ±0.05 mm; ±0.025 mm; tighter needs manual | 8: Bead Blast, Powder Coat, Polish, Nickel/Zinc Plate, Anodize, Hard Anodize, Black Oxide, Passivate | On 3-axis mills, walls thinner than 0.8 mm (2V/A proxy) chatter and deflect under end-mill load — thicken or add ribs before quoting as production. | $25/h, setup $30 |
| CNC 5-axis (CNC 五轴) | $117.92 median ($80–$290.74) | ISO 2768-m; ±0.05 mm; ±0.025 mm; tighter needs manual | 8: Bead Blast, Powder Coat, Polish, Nickel/Zinc Plate, Anodize, Hard Anodize, Black Oxide, Passivate | 5-axis simultaneous moves need clearance for spindle/holder; long stick-out past thin walls under 0.8 mm risks collision and chatter — shorten tools or thicken local stock. | $55/h, setup $60 |
| CNC Turning (CNC 车削) | $117.92 median ($80–$290.74) | ISO 2768-m; ±0.05 mm; ±0.025 mm; tighter needs manual | 8: Bead Blast, Powder Coat, Polish, Nickel/Zinc Plate, Anodize, Hard Anodize, Black Oxide, Passivate | Turned bars with length/diameter above ~3–4× without a tailstock or steady rest chatter; thin tubular walls under 0.8 mm amplify ovality under chuck pressure. | $22/h, setup $20 |
| SLM / DMLS (SLM / DMLS) | $4022.82 median ($2800.17–$4177.43) | ISO 2768-m; tighter needs manual | 8: Bead Blast, Powder Coat, Polish, Nickel/Zinc Plate, Black Oxide, Passivate, Anodize, Hard Anodize | SLM thin-wall proxy under 0.8 mm (same threshold family as CNC) risks incomplete melt tracks and warp — thicken or orient flat to plate. | $45/h, support removal min $15/part |
Select semiconductor material leaves (aluminums, stainless, polymers, …) under this process for alloy-level bands and finishes.
Child pages
Questions
What price does CNC lathe for Semiconductor show?
Semiconductor children often include stainless and polymers above Al floors; wide qty10 span is mix from hub_price_ranges, not a fabricated fab adder. Aggregate across 4 Batch1 materials: qty 10 mid $100.72 ($70.4–$211.27); qty 100 mid $482.44 ($244.95–$1196.76) (USD, public ±12%, rates v1.1). Open a material child for one alloy. Nothing is invented. This hub is authorized for index, follow (not a ranking claim).
Are typical Semiconductor parts listed?
Named production parts are not in the hubs-enrich pack. The page lists DFM one-liners and Batch1 material children for this industry. Empty means not loaded.
When can this page be indexed?
Not from this pack. SPEC §15.1 keeps process hubs index, follow, and out of the sitemap even when indexable_hint is props_ready. Indexing stays a quality-gate decision on combination pages.