JITMFG for Aerospace - CNC and 3D Printing for Precision Parts

There is no limit to the number of prototypes or iterations needed to refine your parts. Perfect your product before committing to final production, especially for those performing critical and complex functions.

Replacement Parts

Producing parts that are hard to source or have become obsolete. Existing or similar components are scanned, redesigned, and 3D printed for immediate use.

Drone Technology

For years, 3D printed parts have been essential in aerospace, offering strength and lightness. This same benefit applies to drones, using durable, adaptable materials.

AEROSPACE MANUFACTURING CAPABILITIES

3D Printing

3D printing creates objects layer by layer from digital models, offering rapid prototyping, customization, and complex designs across various industries

CNC Machning

CNC machining uses computer-guided tools for precise cutting and shaping, ensuring high accuracy and repeatability in manufacturing complex components.

Sheet Metal

Utilizing advanced techniques, sheet metal work offers customization and strength, making it ideal for prototypes and large-scale manufacturing projects.

Molding Service

With rapid cycle times and cost-effectiveness, injection molding is perfect for creating durable, detailed components in large quantities, optimizing production workflows.

FAQs

1.Which aerospace plastic components can JITMFG's 3D printing, CNC machining and rapid silicone mold vacuum casting services support?

Our services are fully adapted to aerospace R&D, prototype verification and small-batch supporting production needs, focusing on the customized production of aerospace plastic components. The applicable components include avionics enclosures (e.g., sensor housings, control panel casings), interior decorative parts (e.g., cabin trim panels, instrument panel covers), structural brackets (e.g., lightweight plastic brackets for electrical components), and small-size functional plastic parts (e.g., connectors, gaskets). In addition to 3D printing and CNC machining, we also provide rapid silicone mold vacuum casting technology, which is suitable for small-batch production of plastic parts, ensuring consistent quality and efficient delivery.

2.Aerospace plastic components have high requirements for precision and quality. What is JITMFG's machining accuracy, and can it provide relevant certification reports?

JITMFG's machining accuracy, and can it provide relevant certification reports? A: We adhere to strict quality standards for aerospace plastic components, with core machining accuracy up to ±0.05mm—SLA 3D printing accuracy is ±0.1%mm, CNC machining accuracy reaches ±0.05mm, and the dimensional accuracy of parts produced by rapid silicone mold vacuum casting can reach ±0.1mm, which fully meets the precision requirements of aerospace plastic component R&D and supporting applications. We can provide precision inspection reports and material certification reports to ensure that the plastic components perfectly match the design dimensions and performance requirements.

3.The aerospace industry has strict requirements on project progress and delivery timeliness. What is the delivery cycle of JITMFG's aerospace components?

Relying on our Shanghai production base, 30+ advanced industrial-grade equipment and a professional technical team, we can achieve efficient and on-time delivery to meet the tight R&D and production schedules of the aerospace industry: simple aerospace prototypes (e.g., small-size sensor brackets, structural samples) can be delivered in 2-4 days, complex-structured components (e.g., turbine blade prototypes, avionics enclosures) in 4-8 days, and small-batch production (5-50 pieces) in 10-20 days. We also provide emergency rush services for urgent aerospace R&D projects to ensure project progress is not delayed.

4. What types of plastic materials can JITMFG provide for aerospace plastic components?

We provide a variety of high-performance plastic materials that meet aerospace industry standards, mainly including engineering plastics (PEEK, PPS, PI, ABS, PC, PA66) suitable for aerospace scenarios. These materials have excellent properties such as wear resistance, impact resistance, high temperature resistance (-40℃~150℃) and good dimensional stability, which are fully suitable for the working environment of aerospace plastic components. Our technical team can recommend the most suitable plastic materials according to the specific application scenarios of the components (avionics, interior, functional parts), and match the corresponding processing technology (3D printing, CNC machining or rapid silicone mold vacuum casting).

5.Can JITMFG provide professional technical solution support for customized aerospace plastic component needs?

Yes. We have a professional team of technical engineers with rich experience in aerospace plastic component manufacturing. Based on the component drawings (CAD, STL, STEP formats) provided by customers and combined with aerospace industry standards, we can optimize design schemes, select the most suitable processing technology (3D printing for prototypes, CNC machining for high-precision parts, rapid silicone mold vacuum casting for small-batch plastic parts), and provide one-stop technical support from scheme design, prototype production to small-batch production, helping customers reduce R&D costs and shorten project cycles.

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Instant Intelligent
Manufacturing Technology (Shanghai) Co., Ltd

No.251 jiugan Road,
Songjiang District,
Shanghai,China

Phone：+86 13062780578
Email：info@jitmfg3d.com

Services: 3D Printing; CNC Machining; Sheet Metal; Moulding Service; Other Services

Industries: Aerospace; Automotive; Consumer; Medical; Robotics

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