Prototyping für die Luft- und Raumfahrt Dienstleistungen
DEK has extensive experience in the aerospace industry and we offer reliable aerospace prototyping and manufacturing services. Whether it's a large, complex prototype or a small, precision metal part, we always maintain tight tolerances and meet industry quality standards, and we produce on-demand at competitive prices to bring products to market faster through rapid prototyping, bridging tooling, and low-volume production.
- Produktionstaugliche Produkte
- 24/7 technische Unterstützung
- ISO 9001:2015 Certification
- Design for Manufacturing (DFM) Analysis
Aerospace Component Manufacturing for Prototyping and Production
At DEK, our reliable Rapid-Prototyping-Dienstleistungen have been serving numerous customers in various stages of the aerospace industry for over a decade. We can quickly create prototypes of aerospace parts and produce small or large quantities at high quality standards and affordable prices.
We can provide the materials or processes you need for manufacturing, including CNC machining, sheet metal fabrication, 3D printing and more. With our professional and experienced technical support, we can ensure high dimensional accuracy and consistency. No matter how complex the surface design, we can meet or exceed the expectations of our aerospace customers.
We are proud to work with industry leaders to help them launch new products faster. Some of our successes include: business class seat armrest, economy class seat table, aisle spreadbar, tray table assembly and support blocks. DEK has no minimum order quantities, offers a wide variety of surface finishes, and maintains strict quality control to provide a solution for projects of any scale or complexity.
Aisle Spreadbar
Black Oxidized Part
Business Class Seat Armrest
Clear Anodized Part
Millimeterwellen-Empfangsmodul
Passivation Part
Radar Communication Module
Montage des Tabletttisches
Prototyping für die Luft- und Raumfahrt Fähigkeiten
CNC-Bearbeitung
DEK has state-of-the-art CNC machining centers with 3, 4, and 5 axes for a wide range of plastics and metals including aluminum, titanium, brass, alloy steels, POM, PTFE, PC,PDHE, and other product grade materials.
Our engineering and production teams have the experience and design flexibility in aerospace prototyping and part production to quickly produce physical prototypes of complex geometries and accelerate time to market. From aerospace prototypes to low volume quantity machining, DEK can provide you with cost-effective quotes based on market prices and fast delivery of high-quality, safe, durable parts.
Herstellung von Blechen
DEK offers reliable sheet metal prototyping and custom parts services ranging from sheet metal fabrication and precision molding of small, complex parts to a full range of cutting, forming and finishing to meet your diverse needs. Some of our success stories are business class seat armrests, safety switch brackets and enclosures.
We have a wide selection of metal materials including stainless steel, aluminum and steel. In addition, we can provide a variety of surface treatments such as blackening, painting, plating, anodizing and polishing to enhance the corrosion resistance and aesthetics of aerospace components. Meanwhile, we can also provide laser cutting and engraving services to improve the accuracy of the parts.
Spritzgießen
At DEK, we specialize in manufacturing aerospace prototypes and custom parts through our proven injection molding capabilities. We utilize a variety of high quality plastics including POM, PTFE, PC, HDPE and more to ensure compliance with stringent safety and usability standards.
Our injection molding process is ideally suited for rapid prototyping and low-volume production to achieve the complex geometries and tight tolerances of aerospace prototypes, which can be functionally validated and tested prior to full-scale manufacturing. By integrating feedback at every stage, we can help you launch products faster, reduce risk and streamline production processes.
3D-Druck
DEK's 3D printing services can help you quickly turn aerospace prototyping concepts into reality, shorten R&D cycles, and help aerospace designers and engineers to quickly iterate and test and make timely adjustments.
We can provide over 50 certified materials to meet different customer needs. We can realize complex geometries, reduce design constraints, and customize the aerospace precision components you need. We simplify the production process with flexible manufacturing that is cost-effective for aerospace prototyping and low-volume part production. Our talented engineering team provides fast, efficient and flexible solutions for aerospace industry applications.
Materialien
Prototyp für die Luft- und Raumfahrt Material-Optionen
Aluminium
At DEK, we specialize in machining various types of aluminum for the aerospace industry, mainly using Aluminum 6061 and Aluminum 7075.We produce aluminum aerospace prototypes and parts such as aisle spreader bar, tray table assembly, cartridge frame, support plate and others.
Rostfreier Stahl
At DEK, we specialize in machining various types of stainless steel, which is an ideal material for aviation prototypes and components. Mainly including SUS304/304L, SUS316/316L, SUS17-4H. We produce high-quality components such as satellite frames, engine nozzles, tray table assembly and locating shaft.
Titan
At DEK, we use grade 1 titanium, grade 2 titanium and grade 5 titanium as the primary materials for aerospace parts and prototypes. Our superb 5-axis machining produces high-precision structural frames, antenna mounts, turbine disks, landing gear and satellite mounts.
Inconel
Inconel is the material of choice for extremely high temperature applications in the aerospace industry, and at DEK, we primarily use Inconel 718 and Inconel 625 for machining aerospace components, including gas turbine rotors, blades, seals, flame holders and heat exchangers. .
Messing
Brass has unique engineering properties to meet the demands of aerospace applications. Its excellent corrosion resistance makes it the material of choice for bearings and bushings in landing gear and cargo doors, as well as wheels, brake components and millimeter wave receiving modules.
Kupfer
Copper alloys are used in aerospace for electrical systems and cooling components due to their excellent electrical and thermal conductivity. At DEK, we produce precision customized copper parts, including hard and soft copper platoon,structural members, landing gear parts and engine components.
PC
Due to its outstanding strength, durability, and lightweight, PC has a wide range of applications in aerospace prototypes and components. At DEK, we manufacture high-quality avionics housings, fuselage panels, airline seats and luggage racks to meet the exacting requirements of your project.
POM
The versatility and performance of POM plastics in the aerospace industry make them ideal for prototyping and parts manufacturing, and DEK's outstanding manufacturing capabilities produce high-precision, high-quality fuselage and wing assemblies, fasteners, connectors, bearings, and gears that are guaranteed to meet your specifications.
PTFE
PTFE has an excellent low coefficient of friction and chemical resistance and can be used in a variety of aerospace applications. At DEK, our success stories include seals, gaskets, engine shafts and heat shields that exceed our aerospace customers' expectations for size, precision and quality.
Warum wählen Unsere Dienstleistungen
Die Herstellung von hochwertigen Prototypen aus einer Hand spart Ihnen Zeit und Geld.
Technische Fähigkeiten
Schnelle Produktion
Oberflächenbehandlungen
Qualitätskontrolle
Präzisionsmontage
Verpackung und Versand
Unser Bestellvorgang
RFQ senden
Senden Sie eine Anfrage mit 2D/3D-Zeichnungen und detaillierten Anforderungen per E-Mail oder Online-Formular.
Rezension & Zitat
Unser Ingenieurteam wird jede Zeichnung sorgfältig prüfen und innerhalb von 6 Stunden ein genaues Angebot erstellen.
Bestellung bestätigen
Bestätigen Sie den Kostenvoranschlag, die Einzelheiten und den Lieferplan und unterzeichnen Sie dann den Vertrag.
Produktion
Produktionsprozess organisieren, Programmierung und Bearbeitung starten.
Qualitätskontrolle
Strenge Qualitätskontrolle während der Produktion und der Endkontrolle.
Verpackung und Versand
Verpacken Sie die Teile, bringen Sie Etiketten zur Identifizierung der Teile an, und beginnen Sie mit dem Versand.
RFQ 222 senden
Rezension & Zitat
Bestellung bestätigen
Produktion
QC
Lieferung
Aerospace Prototyping Service FAQs zum Kauf
Genaues Angebot einholen Für Ihre nächsten Projekte
Ganz gleich, ob Ihr Projekt kompliziert oder einfach ist, ob es sich um Metall oder Kunststoff handelt, Sie erhalten innerhalb von 6 Stunden ein genaues Angebot.
Heute ein Angebot einholenWissen of Aerospace Prototyping
Was ist Aerospace Prototyping?
Aerospace prototyping is the process of testing and validating design concepts in aerospace engineering through the creation of physical models. The process generally involves rapid prototyping techniques, which are designed to transform a design concept into a tangible, testable model that can be evaluated and improved before final production.
The creation of prototypes is very important in the development of these aerospace systems. Designers and engineers can identify if problems persist and make improvements in a relevant way. These prototypes can even ensure that components created as prototype models meet aerospace industry standards.
Advantages of Aerospace Prototyping
Sparen Sie Zeit und Kosten: Due to the complexity and standards associated with aircraft and spacecraft development, prototyping allows design flaws to be identified and resolved as early as possible, resulting in faster iterations and shorter overall development time.
Reduce Risk: Two of the most important issues in the aerospace industry are reliability and safety, and prototyping allows engineers to test designs and ensure they are safe and reliable.
Design Approval: Aerospace components are complex, and these components must have structural integrity, aerodynamics and thermodynamics.
Process for Creating an Aerospace Prototype
Concept Development: Identify needs and feasibility.
Preliminary Design: Outline systems and select materials.
Detailed Design: Create CAD models and analyses.
Prototyping: Build the prototype.
Prüfung: Conduct ground and flight tests.
Evaluation: Gather feedback and iterate design.
Documentation: Compile technical and compliance data.
Final Review: Seek stakeholder approval.
Production Planning: Prepare for scaling and supply chain.
Post-Evaluation: Analyze the process for improvements.