Typical parts
CNC heat-spreader plates · EMI / shield brackets · Optical-module / transceiver housings · Connector panels
Zoryra Precision
Electronics & Semiconductor-Adjacent CNC_Zoryra Precision
Zoryra konge manufactures ẹya ati gbona awọn ẹya ara fun Electronics ati semikondokito-nitosi hardware: CNC ooru spreaders, EMI biraketi, opitika-module / transceiver housings, asopọ paneli. Wa factory-taara ni Dongguan, China, ti o bere lati 1 nkan, pẹlu AI itemized itọkasi avvon A ẹrọ irin ati dì ona — a ba wa ko a wafer fab tabi a cleanroom olugbaisese. Gbona flatness ati cutouts tẹle awọn iyaworan.
- Heat spreaders
- EMI brackets
- Optics housings
- Connector panels
Apejuwe ọja ti awọn ẹya CNC aṣoju — kii ṣe fọto ile-iṣẹ ẹnikẹta.
Tani o ṣe atunṣe, ati nibo ni o
Zoryra Precision (泽锐精工) is a custom CNC machine shop in Dongguan, Guangdong, China. Invoice entity: Dongguan Zoryra Precision Manufacturing Co., Ltd.. Site zoryra.com; RFQ [email protected].
How quoting works: upload STEP / STL / IGES for an AI itemized reference (material, machining, lead-time tier shown separately). The reference is not an auto-charged contract price; fit-critical or 5-axis jobs can escalate to an engineer before PO.
Fulfillment: factory-direct in Dongguan, China, from 1 pc. International legs are sketched as courier (e.g. DHL / FedEx / UPS), air, or sea. Duties are typically extra unless DDP is agreed.
Honesty: this page does not publish invented ISO / AS / FDA numbers, and does not present other companies’ factory photos as Zoryra’s shop. Certificates and inspection packs follow the list both sides confirm.
Electronics and semiconductor-adjacent parts: factory-direct Dongguan, China, AI itemized reference, export sketch. Zoryra Precision does not run wafers or train models — metal structures and thermal parts only.
Zoryra Precision machines structures and thermal parts for electronics and semiconductor-adjacent hardware in Dongguan, China. Brand Zoryra Precision / 泽锐精工. Invoice: Dongguan Zoryra Precision Manufacturing Co., Ltd. From 1 pc, AI itemized reference quotes, export shipping sketches.
Semiconductor buyers often ask about cleanrooms and wafer fabs. We machine metal around equipment and modules: heat spreaders, EMI brackets, optical-module housings, connector panels, server stiffeners — not wafer fabrication and not a cleanroom contract.
Thermal jobs hinge on flatness and masking: contact zones often 0.05–0.1 mm flatness (drawing governs); keep anodize off thermal faces. Copper vs aluminum changes lead and cost — pick early on the RFQ.
CNC and sheet metal can share one project calendar. Send STEP + PDF together for cutout review. Three lead tiers; Standard ≈ 10 days reference with finish on a production + air sketch.
Heat-spreader DFM is the thermal face: flatness, roughness, anodize keep-outs. Cutouts need STEP + PDF — do not send STEP alone for connector windows. EMI brackets need grounding faces called out; powder or anodize can insulate.
Optical-module housings are metal structures and cutouts, not optics packaging. Copper cold plates and aluminum spreaders have different leads — pick early. CNC plates and sheet covers can share a calendar when ordered together.
We are not a wafer fab or a cleanroom contractor. Inspection ticks CMM against flatness/cutout lists. Standard ≈ 10 days reference with finish on a production + air sketch.
Why choose Zoryra · Electronics & Semiconductor-Adjacent CNC_Zoryra Precision
Tolerance guidance
Cutouts often ±0.05–0.1 mm; thermal flatness called out on drawing (e.g. 0.05–0.1 mm). Cosmetic anodize needs masking notes.
Watch-outs
Cutout accuracy · Thermal flatness · Cosmetic finishes · Small batches
Typical parts
- CNC heat-spreader plates
- EMI / shield brackets
- Optical-module / transceiver housings
- Connector panels
- Sheet-metal covers
- Server rail / stiffener plates
- Backplane stiffeners
- QSFP / cage adapter plates (metal structure)
- Fan-wall brackets
- Ground bosses / conductive blocks
- Accelerator / NIC mezzanine plates
- Cold-plate port blocks (per drawing — not a fluid loop)
- Ground bosses / conductive blocks (machined)
- Lid latch seats
- Cold-plate port blocks (per drawing — not a fluid system)
- CNC frames that mate to bent EMI lids
Tolerance guidance
Cutouts often ±0.05–0.1 mm; thermal flatness called out on drawing (e.g. 0.05–0.1 mm). Cosmetic anodize needs masking notes.
Watch-outs
- State finish early — anodize / powder adds days
- Mark keep-out and grounding faces
- Share STEP + PDF for cutout review
Typical electronics / semiconductor parts (illustrative)
Ohun elo · Critical Tol. · Otitọ CNC dopin. Ṣii kaadi kan fun ọran kan tabi gbe STEP lati sọ. Awọn aworan jẹ apakan awọn apejuwe, kii ṣe awọn aworan ile-iṣẹ ẹnikẹta.
CNC heat spreaderAl6061-T6
Thermal flatness often 0.05–0.1 mm · keep finish off contact faces
Optical-module housingAl6061-T6
Connector cutouts · EMI edges · semiconductor-adjacent structures
EMI brackets & housingsAl / sheet steel
Shield brackets · connector panels · CNC + sheet on one calendar
Ground boss / conductive blockAl6061-T6
Chem-film vs anodize zones · illustrative · not a wafer fab
Cold-plate port blockAl6061 / Cu on RFQ
Thread & seal notes per drawing · not a full liquid loop
Awọn ohun elo ati awọn ipari (iyaworan ijọba)
Aluminiomu jẹ wọpọ julọ; Awọn awo tutu Ejò gbọdọ wa ni pato (akoko itọsọna ati iye owo yatọ). Jeki anodizing kuro ni awọn oju igbona ayafi ti iyaworan ba ṣalaye bibẹkọ.
- Al6061-T6 — Spreaders, housings, EMI brackets.
- Copper — Cold plates must be called out on the RFQ.
- Sheet steel / aluminum — Covers and panels; can share the CNC calendar.
- Anodize / powder — Keep-outs on thermal faces; days on the clock.
- Chem film / conductive conversion — For grounding faces on RFQ; split zones if cosmetic anodize conflicts.
- Nickel plate — Outsource and lead reviewed on RFQ — no unconfirmed thickness promise.
Ọna ilana
Awọn awo CNC ati awọn ideri dì le pin iṣeto iṣẹ akanṣe kanna. Firanṣẹ IGBESẸ + PDF papọ fun gige ati atunyẹwo flatness.
- STEP + PDF for cutouts and thermal faces.
- Call out copper vs aluminum and finish keep-outs.
- Quote mill plates; add sheet covers on the same calendar if ordered together.
- Dongguan, China production; optional CMM/FAI.
- Export sketch (courier / air / sea).
Awọn ipele akoko itọsọna (itọkasi — ijẹrisi n ṣakoso)
Lead time on the site is three tiers: Economy / Standard / Express. Standard is commonly ~10 days as a reference (production + air sketch, with the selected finish); Express is often ~6 days when material and finish allow.
Anodize, passivation, powder, and outsourced heat-treat add days on the production clock — put them on the RFQ instead of a verbal “few days.”
The clock starts at the agreed payment node, not at the moment the AI preview appears. PO and drawing revision follow the confirmation.
Copper, plating, and powder add days. The ~10 day Standard sketch covers confirmed aluminum + common anodize paths.
Ohun ti a ko le sọ ati ohun ti a ko le sọ
- In scope: heat spreaders, EMI brackets, optics housings, connector panels, sheet covers.
- Out of scope: wafer fab, cleanroom contracting, AI model training.
- No invented ISO numbers.
- Still out of scope: wafer fab, cleanroom contracting, optics packaging, full liquid-cooling loops, AI model training.
DFM: thermal faces, cutouts, EMI grounds
Do not default anodize onto thermal faces. Send STEP and PDF for cutouts. Split grounding vs cosmetic zones on the drawing.
- Thermal-zone flatness per drawing (often 0.05–0.1 mm).
- Keep anodize/powder off thermal and ground faces.
- Connector windows: tolerance and chamfers.
- Copper: grade and whether a solder/braze face is needed.
- Cold-plate ports: thread and seal notes — not a full liquid loop.
- If sheet lids share the PO, send the bend drawing.
Flatness and cutout inspection
Thermal faces and critical cutouts go on the list. Tick CMM if needed. No wafer-level cleanliness metrology.
- Flatness: thermal zone per drawing.
- Cutouts: position/profile per PDF.
- CMM optional.
- Material cert as ticked.
- Cosmetic anodize zones vs sample if one is provided.
Related
Related
FAQ
Can CNC and sheet metal ship together?
Yes — one project calendar when ordered together.
Optical-module housings?
Yes, metal housings and cutouts per drawing. We are not an optics packaging house.
Copper or aluminum cold plates?
Call it out early; lead and cost differ. Keep anodize off thermal faces unless drawn.
How is flatness held?
Per drawing (thermal zones often 0.05–0.1 mm). Optional CMM.
Are you a semiconductor cleanroom fab?
No. We machine metal around equipment and modules, not wafers.
Who / where?
Zoryra Precision / 泽锐精工, Dongguan, China. zoryra.com / [email protected].
Lead time?
Standard ≈ 10 days reference with finish. Clock from the payment node.
Do you sell AI software?
No model training. This page is CNC metal for electronics/AI hardware. The site has an AI itemized reference quote tool.
How is thermal flatness inspected?
Put the thermal zone on the list; tick CMM if needed. Not a silent 100% scan of the whole plate.
QSFP cages?
We machine adapter plates and cutouts. Stamped cages would be a stated outsource — we are not a connector mill.
Chem film and anodize on one part?
Yes if the drawing splits zones. Mark ground vs cosmetic; finishes quote as features.
Is a cold plate a full liquid loop?
No. We machine plates/ports, not pumps, valves, and tubing as a system.
Cleanliness class?
No wafer-level cleanliness claim. Deburr and pack follow RFQ notes.
Upload CAD for an itemized reference
AI Instant Reference Quote + engineering review within 12 business hours.
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