Metals
Powder Bed Fusion and Laser Metal Deposition
We offer solutions based on Laser Powder Bed Fusion (PBF) and Direct Energy Deposition (DED), also known as Laser Metal Deposition (LMD), and provide full support for the development of applications with these technologies.
PBF technology uses thermal energy from the laser to melt a section of an object onto a layer of metallic powder. The thermal energy, generated by a fiber laser source, melts the powder, which solidifies as it cools, creating the part layer by layer. This technology enables the production of very thin and lightweight components, which are crucial for industries like Aerospace and Space. It also allows for the creation of complex components with internal cavities and channels that are impossible to achieve with traditional manufacturing methods.
LMD technology uses focused thermal energy generated by a fiber laser source to melt sprayed metal powder at the point where the material needs to be deposited. This way, the laser melts the powder, which is deposited on the component only where it is needed. This technology is suitable for repairing or coating metal parts, adding components to existing objects, and producing large-sized pieces.
Choose the most suitable material for your needs:
Powder Bed Fusion
Prima Additive
Print Genius 150
Great versatility thanks to multi-laser technology.
Powder Bed Fusion
Prima Additive
Print Sharp 150
Designed for R&D applications, it allows the machining of steel, aluminium, nickel, titanium and cobalt chrome alloys.
Powder Bed Fusion
Prima Additive
Print Green 150
Equipped with a green laser, it enables the processing of pure copper, copper alloys and highly reflective materials.
Laser Metal Deposition
Prima Additive
Laserdyne 811
The fastest solution for 3D fabrication, repair and coating with quality and precision.
Do you have a PBF or LMD printer?
Register in the Morphica 3D Marketplace and become our certified supplier.
Register now!Thermoplastics, super polymers and composites
Fused Filament Fabrication
We offer solutions in Fused Filament Fabrication (FFF), also known as Fused Deposition Modeling (FDM), the most cost-effective and flexible technology for producing functional prototypes and, thanks to the performance achieved by super polymers and composites, even end-use parts.
In 3D FFF printing, the material in the form of a filament wound on a spool is first heated and extruded, then deposited layer by layer to create the desired model.
There is a wide range of available materials. From the simpler ones like ABS, PLA, PETG, and Nylon, to more technical ones, such as polymers loaded with carbon fibers and super polymers like, for example, PEEK and ULTEM. These, under certain conditions, can replace more noble materials like metals.
CreatBot
F430 – 420°C Version
Inexpensive yet high-performance FFF 3D printer for fabrications in technical materials (such as ABS, PC, PP, nylon, PEEK).
CreatBot
F160 PEEK
Compact FFF 3D printer for printing high-performance materials such as Nylon, ABS, PEEK or ULTEM.
CreatBot
PEEK-300
Industrial-grade FFF 3D printer for printing high-performance materials such as PEEK and PEI.
CreatBot
F1000
Large-format industrial FFF 3D printer with dual extruder and heated printing chamber.
Do you have an FFF printer?
Register for free at the Morphica 3D Marketplace and become part of our supplier network, earning money with your 3D printer.
Sign up now!Sintered thermoplastics
Selective Laser Sintering
We offer solutions in Selective Laser Sintering (SLS), the ideal technology for small batch productions and large-scale models to be assembled and refined. Components produced with SLS technology have slightly rough surface finishes but almost invisible layers. Reduced costs, high productivity, and materials with excellent mechanical properties make selective laser sintering a very common choice among engineers for functional prototyping, as well as a cost-effective alternative to injection molding for the production of a limited number of components.
Choose the most suitable material for your needs:
Sinterit
Lisa
Reliable and easy-to-use professional desktop SLS 3D printer, ideal for making functional prototypes.
Sinterit
Lisa Pro
Professional high-performance desktop SLS 3D printer, ideal for in-house prototyping of parts with complex geometries and thin thicknesses.
Sinterit
Lisa X
The fastest compact SLS 3D printer on the market, ideal for in-house prototyping of parts with complex geometries and thin thicknesses.
Sinterit
NILS 480
Industrial SLS 3D printer, ideal for companies that want to internalise parts production.
Do you have an SLS printer?
Register for free at the Morphica 3D Marketplace and become part of our supplier network.
Sign up now!Resins
Digital Light Processing
and Stereolithography
We offer solutions based on Digital Light Processing (DLP) and Stereolithography (SLA) technologies and provide full support for the development of applications with these technologies. In both cases, liquid resin is selectively exposed to a light source (a laser for SLA and a projector for DLP) to build up stacked solid layers, ultimately creating a single solid object.
Resin printing is particularly suitable for the production of components and prototypes with high precision, isotropic properties, and impermeability, featuring refined details and a smooth surface finish. Components printed using SLA technology exhibit enhanced resolution and precision, more accurate details, and smoother surface finishes compared to other 3D printing technologies.
Various resins are available:
Phrozen
Sonic Mega 8K
Ultra-high precision 3D printer (43 microns) with large print volume, faster than conventional LCD 3D printers.
Phrozen
Sonic XL 4K 2022
Professional 3D printer designed specifically for the dental sector capable of producing prototypes and models of the highest quality and precision.
Anycubic
Photon Mono X 6KS
Precise and efficient high-resolution resin 3D printer with large print volume.
Do you have a DLP or SLA printer?
Register for free at the Morphica 3D Marketplace and become part of our supplier network.
Sign up now!Reverse Engineering
3D scanners for industry
Through digital processing combined with additive technology, Morphica is able to perform reconstruction of deteriorated parts and reengineer existing products, improving their performance either in whole or in part.
Do you need to re-engineer a component?
Contact us to request our professional scanning service.
Contact usReverse Engineering
3D DENTAL SCANNER
We offer 3D scanners and solutions for digitization in the dental sector. Digitization in dentistry means faster intervention, high precision, and customized care, with a significant reduction in costs and, above all, time.
Do you want to integrate a 3D scanner into your practice?
Contact us to find out which solution to adopt.
Sign up now!