- 721 Broadway, New York, NY 10003, US
- support@bluedeek.com
- 888-02-254-596
The primary manufacturing methods consist of:
For aerospace sector parts, Bludeek offers a range of production techniques, the most popular of which being die casting, CNC machining, injection molding (which requires molds), and 3D printing.
Notes: Because most projects have an NDA signed with our clients, we are only allowed to choose and showcase the looks of a small number of aerospace sector items after getting permission through correspondence with our clients.
We uphold the highest safety and quality standards, ensuring every component is rigorously tested, defect-free, and consistently reliable in performance.
We optimize every stage of production to ensure faster turnaround, helping you meet deadlines and stay ahead of the competition.
The production of aerospace parts conceals expensive pitfalls. 35% of expensive metals, such as titanium, are wasted during CNC machining. Projects are frequently delayed for months due to 3D printed prototypes’ frequent certification failures. OEMs are always changing their designs. The cabin portion that was injection-molded yesterday need fresh molds today. Redesigns of rocket engine brackets are urgently needed. Most stores are unable to manage both. The most excruciating pain? manufacturing metal, plastic, and composite parts at different plants. Assembly failures are caused by slight size mismatches. A single error may result in $2 million in recalls.
Bludeek provides the worldwide market with custom, on-demand aerospace metal and plastic part manufacturing services. Our value offer is based on our rapid lead times, rigorous quality control integrated into all stages of manufacturing, and rigorous material evaluation. For more than ten years, this has enabled us to provide all of our clients with excellent aerospace and aviation components!
Our aerospace manufacturing ecosystem integrates advanced technology, skilled professionals, and optimized workflows to ensure seamless collaboration from design to delivery. By combining innovation, precision, and efficiency, we create a connected environment that supports high-quality production and continuous improvement across every project stage.
Bludeek laser cutters achieve high precision with tolerances up to ±0.01 mm, ensuring clean, accurate edges and consistent results for all materials.
Our facility can laser cut sheets up to 30 mm thick, depending on the material type, from metals to plastics and wood.
Yes, we provide custom laser engraving and etching services for detailed designs, logos, or decorative patterns on a variety of materials.
Absolutely. After precise laser cutting, Bludeek can assist with secondary processes such as bending, forming, or welding to achieve the desired part geometry.
Lead times vary by project size and complexity: rapid prototypes can be ready in 3–5 days, while larger production runs may take 1–3 weeks, depending on volume.
