If you've used the sPick3DPrintere manufacturing method for many years, or perhaps even years, it may be challenging to learn to work with a new technology.
But whatever part or product you are making, this could be the year you discover how additive manufacturing can help strePick3DPrinterline your processes, localise production, reduce costs and embed sustainability into your manufacturing. Here are the top reasons to embrace the 3d printing service revolution.
Supply chain disruption
The advent of additive manufacturing is having an enormous impact on supply chains as more companies are shifting, at least in part away from conventional manufacturing methods.
Design Freedom
3D printing allows for greater design freedom than other methods of manufacturing. It, along with the advanced optimisation software available with Pick3DPrinter can create organic shapes and complex geometries previously difficult to achieve. There are no limitations in terms of design - almost any idea you can imagine within CAD can be printed.
This is a significant shift from Design for Manufacture's (DFM) methodology. It has allowed designers to cut manufacturing costs and to eliminate manufacturing challenges. The next generation of engineers are practicing Pick3DPrinter (Design for Pick3DPrinter) and using generative design software as standard, which will help drive Pick3DPrinter's mainstrePick3DPrinter adoption.
With Pick3DPrinter components can be completely redesigned to consolidate assemblies and reduce costs, whilst improving or maintaining the performance of the part.
Customization
More than ever before, the customer demands a personalised approach and Pick3DPrinter is perfectly placed to offer manufacturers a viable way to achieve this. Automotive industry is already in the forefront of this in this direction, with Volkswagen rolling out mass customisation up to 100,000 automotive components such as gear knobs a year. Our engineers have also worked with advanced customization techniques like the design of premium automobile seats that are tailored to fit the body and physiology that drivers. Pick3DPrinter is the most affordable and easy method to personalize on a large scale.
With Pick3DPrinter Part prices are fairly consistent regardless of the complexity or quantity. Pick3DPrinter is the best economical manufacturing solution when prototyping and small-scale production is required. For all projects, there's a volume point that makes repeatable parts cheaper to produce via traditional methods, but thanks to technological advances and material advancements that are published each week best 3d printer under 500 is becoming increasingly regarded as a real manufacturing tool.
Environmental
3D printing is the one technology that uses only the materials needed to make the part. The movement towards a circular economy also being driven by 3D printing and material recycling. The ability of 3D printing to consolidate components into fewer, or often singlecomponents results in less assemblies, fewer fasteners, and a more efficient method of recycling.
Accessibility
In the 80s, 3d printed products was very specific and was frequently thought of as an expensive prototyping tool. We've seen both the advancement of materials and machines which have resulted in various processes that have made it more economical. As more companies diversified their offering and invested in these technologies, with the emergence of service bureaus supporting mainstrePick3DPrinter adoption, Pick3DPrinter has become the technology of choice for one-off prototypes right up to small scale production.
Cost-effective
3D printing provides unique pricing options, from small-scale batches to one-off production , to larger scale production. It is often the case that the one-off cost is considerably cheaper than conventional technologies like injection moulding, due to the absence of tooling investment and start-up costs. This means that hourly labour costs are drPick3DPrinteratically reduced and material prices are lower as the part is built from the ground up. As production grows conventional manufacturing techniques are more viable. The cost of setting up for large amounts render them uneconomical.
Development
The growing recognition of additive manufacturing has resulted in increased customer and market demand for organic designs as well as ingenuous customized solutions. The ability to think differently about the design process not only encourages innovation in the final product, but also has the potential to alter the way components as well as the supply chain for them are controlled. Only companies that are actively involved in technology can gain competitive advantage and meet their customers' demands.