Discover the broad application areas of ENAVISION 3D Printer
ENAVISION Metal Additive Manufacturing Machine engineered and manufactured by Ermaksan to serve a variety of industry and application requirements with its different size platforms and features such as; aerospace, defense, space, automotive, machinery (turbines, special machinery), energy, medical implants (dental, orthopedic), handling & robotics, lifestyle & sports (watch, jewelry, biking), custom parts (classic car parts, surgical tools). The demand for rapid prototyping is also growing strongly for the industries above.
Additive manufacturing has expanded over the last years or so to include applications in many areas of our lives. From prototyping and tooling to direct part manufacturing in industrial sectors such as architectural, medical, dental, aerospace, automotive, furniture and jewellery, new and innovative applications are constantly being developed and benefiting from additive manufacturing. Metals are the fastest-growing segment of 3D printing. Metal AM is increasingly being used to fabricate end-use products for many industries. Concordantly, ENAVISION Metal Additive Manufacturing Machine engineered and manufactured to serve a variety of industry and application requirements with its different size platforms and features.
Here are just a few areas of use you can serve with ENAVISION additive manufacturing machine:
UNIVERSITIES / RESEARCH INSTITUTES
Different companies give their projects to the universities / research institutes, most of the world’s research is done in universities / research institutes and most of them are now focusing on future technologies to get ahead of each other. Additive manufacturing is a production innovation that will be continued to revolutionize factories, mass production, inventory management and demand forecasting.
In the moulds manufactured by additive manufacturing method, direct integration can be provided in the mould attachments and cooling channels. Optimized heat distribution and shorter cycling periods in injection moulding processes provide improved efficiency and plastic product quality. Decreases the thermal tensile in the mould and extends the service lifetime.
With the additive manufacturing method, the production of final dental products and processing the dental parts having high quality are possible. By means of this method, customized bridgeworks, removable partial prosthesis and implants can be manufactured and used in an effective manner.
As different than the conventional manufacturing methods, the additive manufacturing allows maximum design flexibility by making the implementation of innovative functions possible. In this sector, with CoCrMo and Ti6Al4V metal powder, biocompatible and light materials can be manufactured and so it is possible to realize the production of tooth impression and body-compatible prosthesis parts.
A new approach is offered with innovative additive manufacturing ENA to overcome the current challenges faced by the automotive industry. The production of high-strength automotive parts and automotive mould parts with appropriate material and design to be selected being relieved in the automotive industry.
Since part manufacturing by using additive manufacturing does not cause any installation and tool cost, it is primarily preferred in the aviation sector. Relieved and resistant materials are used to provide fuel-saving in the aviation sector and also the required mechanical specifications are offered.