Plastic Transformers. CNC Numerical Control Machining.
Additive manufacturing has become a totally complementary tool to traditional techniques that would allow your company:
- Increase manufacturing flexibility by being able to manufacture multiple products with different geometries, all at the same time in a few hours and at a very competitive cost. Furthermore, there is no need to program or tune up for each of the geometries.
- Manufacture parts with very complex geometries without raising the price of the product, since with Digital Manufacturing the complexity is free. For example, non-removable mechanisms or hinges.
Maximum ease of use that does not require specific training or specialized operators.
Plastic Tranformers.
Plastic injection molding.
Additive manufacturing has become a totally complementary tool to traditional techniques that will allow your company:
- To be able to go-to-market before and manufacture pre-series, while the manufacturing tools are under development, avoiding delays and penalties.
- Produce short and medium series directly and thus make their manufacture profitable.
- Produce on demand and thus optimize cash flow by not having to stock product and tools.
3D Printing centers.
Additive Manufacturing is a totally complementary tool to Traditional Manufacturing, which would enable:
- The use of an Additive Manufacturing technology capable of producing quality parts (mechanical properties and dimensional tolerances) equivalent to those achieved by traditional methods such as plastic injection molding.
- Maximize the investment return with the most economical and productive Additive Manufacturing technology.
- Increasing applications beyond prototypes and tooling thanks to the increasingly rapid development of materials and a growing penetration of final part applications in high-volume sectors such as Industry, Healthcare or Automotive.
Engineering Services Companies.
Digital Manufacturing is more in demand as a totally complementary tool to Traditional Manufacturing and where companies providing Engineering Services have incorporated this type of technology with the aim of:
- Prevent projects from eventually not being executed because the cost of subcontracting parts manufacturing inhibits it.
- Provide added value by delivering turnkey solutions that incorporate design, system integration and the manufacture of prototypes, pre-series or even serial parts; avoiding the use of non-functional or non-scalable or industrialisable prototype manufacturing methods.
- Have maximum control over project execution time.
Healthcare Sector.
Additive Manufacturing is more in demand as a totally complementary tool to Traditional Manufacturing and where medical device manufacturing companies such as orthopaedic workshops, dental laboratories, capital goods manufacturers and even hospitals have incorporated this type of technology with the aim of:
- Simplify the workflow, eliminating most of the manual tasks in which errors can be made. Easy integration of data capture through 3D scanning, device design and manufacture.
- Shorten the delivery time of medical devices to customers or patients.
- Provide more ergonomic devices for users to speed up recovery time by minimizing discomfort.
- Optimize costs by manufacturing with a more economical technology that requires less manpower and takes up less space.
Automotive.
Additive manufacturing has become a totally complementary tool that would allow:
- Improve in aspects such as early market entry (go-to-market) and manufacture pre-series while manufacturing tools are under development avoiding delays and penalties.
- Making the manufacture of short and medium series profitable at this time when the customization of accessories or the introduction of new electric vehicle platforms makes it more difficult to estimate the manufacturing volume.
- Optimize the supply chain and improve cash flow by being able to produce where I need it, when I need it, and the quantity I need, without the need to store and transport.
Capital Goods and Machinery.
Additive Manufacturing in the Capital Goods and Machinery Manufacturing sector is more in demand as a totally complementary tool to Traditional Manufacturing that would allow:
- Manufacture on demand, for example, spare parts for components to be able to deliver to customers in a short time This optimizes and relieves cash flow by not having to store these spare parts and also avoids obsolescence problems for customers.
- Manufacture parts of high geometric complexity without affecting the cost, which allows to personalize for the final use of the client providing added value. This means that you are not forced to use standard catalogue parts to reduce costs.
- Performing manufacturing of higher added value in-house instead of outsourcing production to manufacturing service companies such as machine shops having greater control over planning and costs.
