Aerospace and 3D Printing

Aerospace and 3D Printing, Aerospace is an industry where 3D printing can completely replace traditional manufacturing processes.  Additive manufacturing provides a method of manufacturing complex aircraft parts as a unit without the need to produce and assemble many small parts.  Reduced fuel costs, increased payload, and reduced weight of integrated components.

This innovation will enable the aerospace industry to go one step further and make parts that are faster, better and more cost-effective than metal.  In modern aircraft production, metal parts are replaced by plastic parts to reduce material quality.  The application of 3D printing technology makes the change of aircraft structure the best choice for use and production.

Environmentally friendly 3D printing solutions

Aerospace and 3D Printing. CES 3D Printing uses BigRep’s high-performance filaments which are meticulously engineered for a broad range of industrial applications across automotive, aerospace, med-tech, education and other sectors.  Partnering with BASF, the world’s leading chemical company, BigRep delivers the most advanced 3D printing materials for a wide range of custom use cases.

BigRep’s 3D printer filaments are created to guarantee uniform diameters, roundness, composition and color, across a large range of filament spool sizes from 750 grams to 8 kilograms.  BigRep is dedicated to enabling not only innovation in 3D printing technology but also in the development of quality 3D printing materials.

Benefits of 3D Printing

It doesn’t matter what you want to produce, 3D printing offers many benefits over traditional processes, such as speed-to-market, lower costs and reduced waste.

Advanced Turnaround

3D printing can help to meet increasing customer demand for new products by reducing design-to-production times. With 3D printing, designers develop ideas using CAD software. They then send these designs to be 3D printed to build functional prototypes. Engineers and designers can then use these 3D printed models to evaluate the design and test features. This process takes just days to complete, compared to traditional processes which could take weeks.

Reduced Waste

The biggest problem with traditional manufacturing is the waste generated during the process.  Metal shavings need to be collected, cleaned and recycled, adding both time and cost.  Cooling fluids, which reduce heat and friction during machining, are also costly and require recycling.  The 3D printing process eliminates much of this clean-up saving time and reducing waste.

Reap the Benefits of 3D Printing

3D printing has changed manufacturing. With the unparalleled ability to increase speed-to-market, lower costs and customise specialty parts, it is driving innovation and sparking new technologies. Considering how large the impact has been since its debut, we can surely expect the benefits of 3D printing to keep expanding over time.

Will I save money with 3D printing?

3D printing is a time saving and money saving manufacturing technique which could totally help you to improve your manufacturing operations.

3D printing can allow you to improve your products and to produce at a lower cost. You can create lighter devices, we can work with you on the design to get more efficient parts, more adapted to your use.   Including 3D printing in your prototyping and production process could help your company.

Accelerating the product development process

3D printing is an amazing prototyping method, it will help you to create many iterations in no time, and for a lower price. Indeed, with traditional manufacturing methods such as injection molding, you will have to get a mold created before printing your product. This process is expensive and takes a lot of time.

Optimising your design

If you want to use 3D printing, you will have to optimise your 3D model for 3D printing.  Working on the product’s design can allow you to optimise your 3D printed part and reduce its cost.  An efficient design can help you to save money.

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