Typical parts
Precision mounts & brackets · Tooling / fixture plates · Ground-test structures · 5-axis complex faces
Zoryra Precision
Aerospace-Adjacent CNC Structures | Zoryra Precision
Zoryra Precision machines aerospace-adjacent precision structures and tooling: mounts, test parts, 5-axis faces. Default scope is not flight-critical and not ITAR. NDA, material certs, and FAI/CMM can be requested. Factory-direct in Dongguan, China with the site’s CAD privacy flow. This page does not display invented AS/ISO numbers.
- Precision mounts
- Tooling plates
- Test structures
- 5-axis faces
Product illustration of typical CNC parts — not a third-party factory photo.
Who machines it, and where
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.
Aerospace-adjacent work is still factory-direct at Zoryra Precision in Dongguan, China. Invoice: Dongguan Zoryra Precision Manufacturing Co., Ltd. CAD follows site privacy. We do not post other aerospace plants’ photos here.
Zoryra Precision machines aerospace-adjacent precision structures and tooling in Dongguan, China — not a default flight-critical supplier. Brand Zoryra Precision / 泽锐精工. Location: Dongguan, Guangdong, China. Invoice: Dongguan Zoryra Precision Manufacturing Co., Ltd.
Adjacent means ground-test structures, mounts, fixtures, prototypes, and non-ITAR precision brackets. Flight-critical and ITAR are not default scope; special cases go to engineering first. The page does not claim a full aerospace certificate wall.
Process emphasis: 5-axis when compound faces cut setups, pocketing, dowels and bushing seats. Aluminum and stainless are common; titanium is RFQ-reviewed. NDA can follow the site privacy flow before CAD share.
Inspection: critical dims on a list; FAI / CMM optional. No invented AS9100 / ISO numbers. Lead tiers remain Economy / Standard / Express; Standard ≈ 10 days reference with finish on a production + air sketch.
DFM on adjacent structures is about setups and inspectable dims. 5-axis fits compound faces, undercuts, and pocketing in one hold; if extra 3-axis setups cost less, the reference quote compares instead of defaulting every job to 5-axis.
Titanium, steel heat-treat, and finishes (passivate, anodize) belong on the RFQ. Unconfirmed grades are not promised as “aerospace stock.” NDA can run before STEP share.
Put datums, fit bores, and GD&T on the FAI/CMM list. This page does not display invented AS9100 / ISO numbers. Default scope stays not flight-critical and not ITAR.
Why choose Zoryra · Aerospace-Adjacent CNC Structures | Zoryra Precision
Tolerance guidance
Fit faces often ±0.02–0.05 mm; fine datums to ±0.002 mm when called out — drawing governs.
Watch-outs
NDA · Optional FAI/CMM · 5-axis paths · Material certs on request
Typical parts
- Precision mounts & brackets
- Tooling / fixture plates
- Ground-test structures
- 5-axis complex faces
- Bushing / dowel seats
- Pocketed lightening parts
- Alignment cubes / check blocks
- Locator pins and bushing seats
- Ground hydraulic test blocks (non-flight)
- Antenna mock mounts
- Ground-support brackets
- Hinge seats for test covers
- Pocketed frame segments
Tolerance guidance
Fit faces often ±0.02–0.05 mm; fine datums to ±0.002 mm when called out — drawing governs.
Watch-outs
- State NDA early
- Call out inspectable dims
- No fake AS/ISO cert numbers on this page
Typical aerospace-adjacent parts (illustrative)
Material · critical tol. · honest CNC scope. Open a card for a case or upload STEP to quote. Images are part illustrations, not third-party factory shots.
Precision mount & bracketAl7075 / Ti on RFQ
5-axis compound faces · pocketing · critical dims per drawing
Tooling / fixture plateAl6061-T6
Pilot & test tooling · FAI / CMM optional · NDA on request
Test structuresAl / SS / Ti
Aerospace-adjacent scope · not flight-critical / ITAR by default
Alignment cube / check blockAl6061 / SS
Flatness/squareness per drawing · FAI/CMM optional · illustrative
Ground-support bracketAl7075 / Ti on RFQ
Non-flight · pocketing & mount holes · Ti on RFQ
Materials and finishes (drawing governs)
Aluminum and stainless are common; titanium and similar grades are reviewed on the RFQ for process and lead — we do not pre-claim full aerospace-alloy coverage.
- Al6061-T6 / Al7075 — Common mounts and tooling; 7075 on RFQ.
- Stainless — Test structures and wear seats.
- Titanium — Process and lead reviewed on RFQ — no pretend full-grade stock list.
- Heat-treated steels — Hardness reviewed against drawing and outsource capability — no invented HRC promises.
- Passivation — Common on stainless test parts; days on the clock.
Process path
Compound faces are reviewed for 5-axis when it cuts setups. Inspectable dims go on the checklist; NDA can follow the site flow before CAD share.
- NDA / CAD privacy before share if needed.
- STEP + PDF with inspectable dims marked.
- DFM: 3-axis vs 5-axis, pocketing, bushing seats.
- Dongguan, China machining; optional FAI/CMM.
- Export sketch; duties follow Incoterm.
Lead-time tiers (reference — confirmation governs)
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.
Titanium and heat-treated steels run longer than aluminum. The ~10 day Standard sketch covers confirmed Al / common stainless paths; special grades re-clock after confirmation.
Scope and what we do not claim
- In scope: adjacent structures, tooling, test parts, 5-axis faces.
- Default out of scope: flight-critical, ITAR.
- No invented AS/ISO numbers.
- Still default-out: flight-critical, ITAR, invented AS/ISO walls, other aerospace plants’ photos.
DFM: 5-axis vs 3-axis, inspectable dims
Mark inspectable dims first, then setups. Do not pocket so thin the part moves in the vise. Interference bushings need the datum scheme.
- Compound faces / undercuts: review 5-axis first.
- Extra 3-axis setups can be compared on the quote if datums still hold.
- Pocketing thickness and clamp points together.
- Pins / bushings: datum + fit class.
- NDA before CAD if needed.
- ITAR / flight-critical not default — ask engineering.
FAI / CMM and NDA
Critical dims go on a list. No list means we do not promise a full aero inspection pack. NDA follows the site flow.
- FAI: pilot mounts and tooling plates.
- CMM: GD&T, coaxiality, flatness.
- Material cert as ticked.
- NDA before CAD.
- Dongguan, China visit on request.
Related
Related
FAQ
Flight-critical or ITAR?
Not default scope. Adjacent structures and tooling. Ask engineering for special cases.
Titanium?
Reviewed on RFQ for process and lead — no pretend full stock list.
NDA?
Yes, via the site CAD-privacy flow before share.
AS9100 number on the page?
No invented numbers. Inspection and files follow the confirmed list.
FAI / CMM?
Optional quote ticks.
Who / where?
Zoryra Precision / 泽锐精工, Dongguan, China. Invoice: Dongguan Zoryra Precision Manufacturing Co., Ltd. zoryra.com.
Lead time?
Standard ≈ 10 days reference with finish; clock from the payment node.
5-axis?
DFM reviews 5-axis when compound faces cut setups.
Are ground-test parts flight parts?
No. Ground-test structures and tooling are default adjacent scope. Flight-critical needs engineering clearance and is not default.
Alignment cubes?
Yes, machined check blocks. Share datums and flatness/squareness.
Heat-treat hardness guarantee?
Reviewed vs drawing and outsource capability. No invented HRC on this page.
AS9100 number?
Not published here. Files follow the confirmed list.
Antenna mock mounts?
Metal mounts yes. Not RF devices or certified antenna products.
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Other industries
Robotics & automationCustom CNC for cobot cells from Dongguan, China: typical parts, datums, inserts, anodize masking, Standard ~10 days reference — not just an industry tag.MedicalNon-implant instrument structures from Dongguan, China: housings, lab fixtures, surgical-instrument metal parts — QA docs optional, honest scope, no invented certs.AutomotivePilot hardware with clear lead tiers and coating notes built into the production clock.UAV / dronesWeight-first milling for flight hardware — pocketing strategy, anodize keep-outs, and honest lead tiers for 1–50 pc pilot batches.Electronics & semiconductorMetal around electronics and semiconductor equipment — heat spreaders, EMI, optics housings — not a wafer fab or cleanroom contractor.AI hardwarePhysical parts for AI servers, accelerators, and optical links — thermal flatness and fit notes, not chatbot slogans.