Industrial Machinery Prototyping & Manufacturing
Access top-tier manufacturing services for your custom aerospace prototypes and production parts. Expedite product launches, mitigate risks, and optimize production workflows with on-demand manufacturing at competitive rates.
Why Choose Us?
No MOQ
Upon confirmation of the mold order by the customer, we initiate an initial analysis of the parts to establish parameters such as part line and gate positions.
Consistency and High Quality
Upon confirmation of the mold order by the customer, we initiate an initial analysis of the parts to establish parameters such as part line and gate positions.
Consistency and High Quality
Upon confirmation of the mold order by the customer, we initiate an initial analysis of the parts to establish parameters such as part line and gate positions.
Design Optimization
Upon confirmation of the mold order by the customer, we initiate an initial analysis of the parts to establish parameters such as part line and gate positions.
Fast Delivery
Upon confirmation of the mold order by the customer, we initiate an initial analysis of the parts to establish parameters such as part line and gate positions.
Fast Delivery
Upon confirmation of the mold order by the customer, we initiate an initial analysis of the parts to establish parameters such as part line and gate positions.
Aerospace Parts We Can Make
- Passenger Components
- Seats
- Helmets
- Protective Gear
- Miscellaneous Components
- Unmanned Aerial Vehicle
- Teaching Aids
- Tank Model
- Functional Components
- Engines
- Turbines
- Fastening Items such as Screws
- Tire Parts
- Brakes
- Radar Systems
- Air Conditioning Systems
- Vacuum Pumps
- Fuel Pumps
- Lighting System
- Transmission Components
- Dashboard
- Gears
- Wing Support
- Night Vision Device
CNC Machined Part Gallery
To familiarize you with our CNC machining capabilities, we present some past projects and prototype parts engineered by our team. KeSu accommodates various CNC machined parts, offering flexibility to meet your project needs. If you seek a CNC machining company, your search ends here!
Aerospace manufacturing materials
Sample ID
| Heading 1 | Heading 2 | Heading 2 |
|---|---|---|---|
| Sample #1 | Row 1, Content 1 | Row 1, Content 2 | |
| Sample #2 | Row 2, Content 1 | Row 2, Content 2 | |
| Sample #3 | Row 3, Content 1 | Row 3, Content 2 |
Applicable Finishes For Aerospace Industry
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Sample ID
| Heading 1 | Heading 2 | Heading 2 |
|---|---|---|---|
| Sample #1 | Row 1, Content 1 | Row 1, Content 2 | |
| Sample #2 | Row 2, Content 1 | Row 2, Content 2 | |
| Sample #3 | Row 3, Content 1 | Row 3, Content 2 |
FAQs About Areospace
Prototyping
What Is Mold Making And Why Do We Need It
Mold making is the process of creating molds, which are precise negative forms used to shape materials such as plastics, metals, or ceramics into specific shapes. Mold making is necessary in various manufacturing industries to produce consistent and accurate parts or products in large quantities. It is typically required when mass-producing items where replication of identical shapes or forms is essential for efficiency and quality control.
Should I Choose a Locally produced mold or an exported mold?
In broad terms, manufacturing plastic or metal molds (and moldings) tends to be more cost-effective in China compared to other countries. However, it's important to factor in shipping costs. Air freight may be necessary for tight schedules, albeit more expensive, while sea freight is considerably cheaper but typically entails a longer transit time of 40 days or more.
What is the typical lifespan of a mold?
A well crafted, fully hardened steel mold has the potential to withstand up to a million shots or injections, contingent upon factors such as mold configuration and injection material. Conversely, aluminum molds offer less durability, making them suitable for short-run production schedules.
Is there a limit to the shapes molds can take?
Molding designs should steer clear of sharp corners, irregular wall thicknesses, and any features that impede material flow.
Under what circumstances would a fully automatic mold be necessary?
Ultimately, the most cost-efficient method to achieve the desired quality for your parts is paramount, regardless of the approach chosen.
