The meaning of 3D Print for the aerospace industry is due to the possibility of breaking existing trade-offs in terms of performance.
Because the cost of a single Printed element production doesn’t change with a whole series, it means that 3D Printing is the technology that ignores the capital required to achieve the scale capital.
Small lot production
3D Printing increases the flexibility and scope of the production process. A large variety of printed elements become possible, with the costs of moving and creating production lines excluding. It is a key-value because the aerospace industry, unlike other mass-production industries, is mostly geared to non-standard production.
3D Printing provides the flexibility to create geometrically complex parts that are difficult to build during a traditional production process.
Additive technology allows the creation of parts with sections such as internal cavities and lattice structures that help reduce the weight of elements without sacrificing their mechanical performance. Constant access to each layer and all geometry enables the production of complex parts in the form of one-component systems.
3D Printers that enable printing on many materials during one printing process allows the production of parts with different properties within the structure.
For example, one section of the aerospace may be constructed of flame retardant material, while the other divisions of extremely lightweight material.
Elements printed with thermoplastic materials intended for engineering applications help to significantly reduce the weight of the whole system, contributing to the improvement of fuel efficiency.
We can minimalize the considerable costs and space required for storing available parts.
The damaged arts of devices caused by its exploitation, and the delivery of which takes a long time or is impossible, can be successfully printed in the time the problem occurs.
3D Printers produce less waste than traditional machines, which is a significant attribute when using expensive aircraft materials.
VSHAPER - We provide solutions
Research shows that during additive manufacturing, the amount of material needed to produce a single part is on average 10% smaller, additionally – on average, the production cost is 50% lower, while the weight of components and project implementation time is reduced by 64%.
VSHAPER 3D Printing Solutions intended for the Aerospace Industry
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What Clients Say
We use 3D printing technology from many years already, that is why we are aware of how much it speeds up the implementation of new solution stages. The model’s reviewing and parameters controlling processes, matching the detail with core window and stairs systems and the company’s design standards may be verified right away.
When choosing a device, we commissioned PEEK printing to many different producers of 3D Printers. The quality of VSHAPER prints was by far the best.
Not everything needs to be machined on an expensive CNC machine. Big savings can be gained by 3D Printing components or fixtures.
The VSHAPER Printer is characterized by silent work, low emission of smells of used materials, high efficiency, carefully considered construction and most importantly, from every designer’s point of view, perfectly created design.
VSHAPER Printers enable us to retain flexibility and independence. We can reduce the cost of production, which gives us an advantage over competition.