Products & applications

Products and Applications

Products

Advance ceramic filaments & pellets

Alumina – Titania – ZTA – YSZ

Filaments for Lithium batteries.

LTO LCO

Applications

Additive manufacturing meant a before and after in the processes of the main production companies. Now, from Print3D Solutions and thanks to our advanced ceramic materials, we are prepared to continue transforming the industry in order to improve processes and above all, results.

Aerospace industry

Aerospace companies have undoubtedly some of the strictest performance standards on the market. This is precisely why they were pioneers in adopting additive manufacturing, which allows the creation of complex and high-resistance parts.

From Print3D Solutions we offer the possibility of adding our ceramic material to this manufacturing process to continue adding properties highly required for the sector. Light weight, high temperature resistance, electrical insulation, high ablation energy, corrosion resistance, chemical stability, wear resistance and the ability to withstand vibrations are just some of the advantages of this unique material. in the market.

Ceramic applications in the aerospace sector are mainly found in engines and exhaust systems, thermal protection shields, and structures for ultra-high-speed flying objects.

Aerospace industry

Aerospace companies have undoubtedly some of the strictest performance standards on the market. This is precisely why they were pioneers in adopting additive manufacturing, which allows the creation of complex and high-resistance parts.

From Print3D Solutions we offer the possibility of adding our ceramic material to this manufacturing process to continue adding properties highly required for the sector. Light weight, high temperature resistance, electrical insulation, high ablation energy, corrosion resistance, chemical stability, wear resistance and the ability to withstand vibrations are just some of the advantages of this unique material. in the market.

Ceramic applications in the aerospace sector are mainly found in engines and exhaust systems, thermal protection shields, and structures for ultra-high-speed flying objects.

Automotive industry

In a very short time, technical ceramic materials have become critical components for the manufacture of parts in the automotive sector.

Its main applications are the support structures for elements of catalytic converters and diverse pressure and heat sensors. Regarding parts, the qualities of the ceramic material are especially suitable for spark plug insulators, catalysts and catalyst supports for control devices of emitters and sensors of various types.

Automotive industry

In a very short time, technical ceramic materials have become critical components for the manufacture of parts in the automotive sector.

Its main applications are the support structures for elements of catalytic converters and diverse pressure and heat sensors. Regarding parts, the qualities of the ceramic material are especially suitable for spark plug insulators, catalysts and catalyst supports for control devices of emitters and sensors of various types.

Medical Industry

Additive manufacturing is opening the door to deliver advancements to physicians, patients, and research institutions. At Print3D we add value to the manufacturing process of this industry with our very light, biocompatible and high resistance advanced ceramic material. An innovation that has already meant a major revolution in the sector and that could open the door to the manufacture of more personalized implants, life-saving devices and pre-surgical tools that increase patient outcomes.

The main applications of ceramic material in the medical sector can be found in orthopedic implant devices, dental devices, preparatory models of computerized topographies, custom drill guides and saws, etc.

Medical Industry

Additive manufacturing is opening the door to deliver advancements to physicians, patients, and research institutions. At Print3D we add value to the manufacturing process of this industry with our very light, biocompatible and high resistance advanced ceramic material. An innovation that has already meant a major revolution in the sector and that could open the door to the manufacture of more personalized implants, life-saving devices and pre-surgical tools that increase patient outcomes.

The main applications of ceramic material in the medical sector can be found in orthopedic implant devices, dental devices, preparatory models of computerized topographies, custom drill guides and saws, etc.

Energetic industry

Advances in additive manufacturing in the production of efficient, on-demand lightweight components and environmentally friendly materials are providing effective answers within the energy sector.

The ceramic material of Print3D adds very interesting properties in the manufacture of pieces for this sector. On the one hand, it offers very high resistance to wear, temperature and corrosion, essential characteristics when transporting or mixing abrasive materials. In addition, it ensures a higher throughput capacity of the plants and the efficient and environmentally friendly use of resources in the distribution and supply of energy from conventional and renewable energy sources.

Its main applications are found in engines and turbines of power plants or in systems for photovoltaics, solar thermal energy conversion, wind and hydraulic energy, rotors, stators, turbine nozzles and a long etcetera.

Energetic industry

Advances in additive manufacturing in the production of efficient, on-demand lightweight components and environmentally friendly materials are providing effective answers within the energy sector.

The ceramic material of Print3D adds very interesting properties in the manufacture of pieces for this sector. On the one hand, it offers very high resistance to wear, temperature and corrosion, essential characteristics when transporting or mixing abrasive materials. In addition, it ensures a higher throughput capacity of the plants and the efficient and environmentally friendly use of resources in the distribution and supply of energy from conventional and renewable energy sources.

Its main applications are found in engines and turbines of power plants or in systems for photovoltaics, solar thermal energy conversion, wind and hydraulic energy, rotors, stators, turbine nozzles and a long etcetera.