Aerospace part
Аэрокосмическая промышленность
Precision machining for aircraft, UAV, avionics and propulsion components. Send your drawing for material, manufacturability, tolerance and inspection review with a transparent custom quote.
*Возможности зависят от материала, геометрии, размера элементов, способа закрепления заготовки и метода контроля.
Aerospace Manufacturing Requirements
Control the Features That Affect Part Function
Aerospace Industry projects require clear drawing control, suitable material, stable machining and inspection matched to each critical feature.
Контроль размеров
Datum strategy, feature relationships and inspection methods are defined from the drawing.
Material Integrity
The specified grade, condition and documentation requirements are reviewed before production.
Сложная геометрия
Multi-axis machining supports thin ribs, deep pockets, compound angles and limited-access features.
Планирование инспекций
Critical dimensions, surface requirements and requested records are agreed before machining.
Common Aerospace Parts We Machine
- Structural brackets and ribs
- Avionics housings and heat sinks
- Hydraulic and pneumatic manifolds
- Landing-gear links and bushings
- Sensor and camera mounts
- UAV frames and motor mounts
- Engine accessory housings
- Shafts, spacers and fittings
Integrated Manufacturing Routes
Choose the Process Around the Drawing
The production route combines only the operations needed for geometry, material, finish and inspection.
3-, 4- and 5-Axis Milling
Complex faces, pockets and angled features with fewer setups.
CNC Turning & Turn-Mill
Shafts, fittings, bushings and rotational parts with milled details.
Прецизионное шлифование
Controlled size, geometry and finish on selected critical surfaces.
Проволочная электроэрозионная обработка
Fine slots and conductive-material profiles without conventional cutting force.
Листовой металл
Lightweight brackets, panels, covers and formed assemblies.
Отделка поверхности
Protection, wear control, appearance and specified surface condition.
Выбор материала
Materials for Aerospace Components
Final selection must match load, temperature, corrosion exposure, weight, fatigue, traceability and finishing requirements.
| Семейство материалов | Общие оценки | Типовые применения |
|---|---|---|
| Алюминий | 2024, 6061, 7075 | Lightweight structures, brackets, heat sinks and avionics housings. |
| Титан | Grade 2, Grade 5 | High strength-to-weight and corrosion-resistant components. |
| Нержавеющая сталь | 304, 316, 17-4 PH | Фитинги, корпуса, валы и детали, подверженные коррозии |
| Alloy & Tool Steel | 4140, 4340 and drawing-specified grades | High-load supports, tooling and mechanical interfaces. |
| Никелевые сплавы | Инконель 625, Инконель 718 | Heat- and corrosion-resistant parts after grade and geometry review. |
| Инженерные полимеры | PEEK, PTFE, PA и изоляционные ламинаты | Изоляторы, уплотнения, втулки и облегченные соединительные элементы |
Material grade, condition, certification and substitution rules are confirmed against the drawing before production.
Защита поверхности
Finishes for Aerospace Parts
Select the finish from substrate compatibility, coating buildup, wear, corrosion, electrical contact, masking and inspection needs.
Механическая обработка поверхности
Specified roughness with visible, controlled machining marks.
Анодирование
Corrosion and wear protection for compatible aluminum alloys.
Обработка бисером
Uniform matte texture or preparation for a compatible coating.
Порошковое покрытие
Protective color coating for suitable non-critical surfaces.
Aerospace Project Assurance
Quality Controls That Support Reliable Sourcing
Drawing review, documented inspection and controlled production help reduce risk from prototype approval through repeat orders.
Система управления качеством ISO 9001
Documented procedures support consistent drawing-based production and inspection.
- Сертифицировано по ISO 9001:2015
- Контроль чертежей и их пересмотр
- Calibration and inspection procedures
Project Quality Documentation
Required records are defined before quotation and prepared to the agreed format.
- Отчеты о проверке размеров
- Material certificates when specified
- First-article and finish records on request
Manufacturing & Inspection Control
Critical features are checked with equipment and methods suited to the drawing.
- Controlled tooling and workholding
- CMM and calibrated measuring equipment
- Final review, protection and packing
AS9100, NADCAP or other aerospace-specific approvals are not implied. State every required certification and document on the RFQ for confirmation.
Aerospace Industry FAQ
Plan Aerospace Industry Project
What files are needed for an aerospace machining quote?
Send a STEP model and a controlled 2D drawing showing material, datums, tolerances, finish, quantity, revision and inspection requirements.
How tight can aerospace CNC machining tolerances be?
Selected features can reach ±0.005 mm after review. The achievable value depends on material, geometry, feature size, workholding and inspection.
Can titanium and Inconel aerospace parts be machined?
Yes. Grade, stock form, geometry, heat control, tooling and inspection must be reviewed before the production route is confirmed.
Can first-article and inspection records be supplied?
Customer-defined first-article, dimensional, material and finish records can be planned when the required format is specified before quotation.
How are repeat aerospace orders controlled?
Approved programs, fixtures, inspection points, drawing revision and production records are retained and checked against the current purchase requirements.
How does Weldo Machining protect customer data and intellectual property?
Project files are restricted to authorized personnel and used only for quotation, engineering review and approved production. Weldo can sign an NDA and will not disclose drawings or commercial information to third parties without written authorization.
What happens if delivery is delayed or a part is out of tolerance?
Weldo notifies the customer, isolates affected parts and reviews the cause. No nonconforming part is shipped without written approval; when Weldo is responsible, an agreed recovery plan may include rework or replacement, reinspection, an updated delivery date and corrective-action records.