ADDITIVE MANUFACTURING
Additive Manufacturing Consultancy | Design | Serial Additive Manufacturing Request InformationADDITIVE MANUFACTURING SOLUTIONS
We are a leading company in additive manufacturing for industry in metal alloys and different plastic materials, with ISO9001 and EN9100 certification for the design and production of customised parts and components for highly demanding industries, such as aerospace, engineering, automotive, architecture…
We have a team of qualified professionals, advanced machinery and a constant effort in R&D, to accompany our customers throughout the process of design, manufacture, verification and validation of components with additive manufacturing.
ADDITIVE MANUFACTURING TECHNOLOGIES
At Mizar Additive we analyse the evolution of mature and emerging additive manufacturing technologies to offer our customers the best solutions with state-of-the-art equipment.
We currently work with 3 additive manufacturing technologies and a wide range of metallic, plastic and composite materials to produce prototypes, pilot series or series production with additive manufacturing.
Powder Bed Fusion (PBF)
Melting of successive layers of powder (metal or polymer) by means of laser or an electron beam.
- ✓ Plastics
- ✓ Metallic alloys
Fused Deposition Modeling (FDM)
Melting of successive layers of powder (metal or polymer) by means of laser or an electron beam.
- ✓ Plastics
Material Jetting (Polyjet)
Drop of a liquid photopolymer onto a build tray to create layers, which will be cured through UV light to build the component
- ✓ Metallic alloys
Powder Bed Fusion (PBF)
Melting of successive layers of powder (metal or polymer) by means of laser or an electron beam.
- ✓ Plastics
- ✓ Metallic alloys
Fused Deposition Modeling (FDM)
Melting of successive layers of powder (metal or polymer) by means of laser or an electron beam.
- ✓ Plastics
Material Jetting (Polyjet)
Metal alloys Controlled application of droplets of a photopolymer on a platform and subsequent solidification through UV light.
- Metalalloys
Advantages of additive manufacturing
Today, additive manufacturing can bring added value to a wide range of industries and no longer focuses only on prototyping, but also responds to the needs of mass production.
Flexibility and personalisation
Additive manufacturing allows parts of high geometric complexity to be produced and enables the cost-effective production of a single part.
Speed
The layer addition system reduces delivery times as it directly produces the components from a digital design that avoids the processes of drawing or tool making.
Resource optimisation and cost reduction
The manufacture of the part is based on the addition of material only where needed, thus optimising the use of materials, as wel as limiting the waste generated.
Quality and accuracy
The manufacture of the part is based on the addition of material only where it is needed, which optimises the use of material and means for production and limits waste.
Flexibility and personalisation
Additive manufacturing allows parts of high geometric complexity to be produced and enables the cost-effective production of a single part.
Speed
The layer addition system reduces delivery times as it directly produces the components from a digital design that avoids the processes of drawing or tool making.
Resource optimisation and cost reduction
The manufacture of the part is based on the addition of material only where needed, thus optimising the use of materials, as wel as limiting the waste generated.
Quality and accuracy
The manufacture of the part is based on the addition of material only where it is needed, which optimises the use of material and means for production and limits waste.
ADDITIVE MANUFACTURING SERVICES
ADDITIVE ENGINEERING
Design
Manufacture of prototypes for the conceptual design of parts that make the functional simulation of components. Designs intended for manufacturing.
Designs designed to manufacture.
CONSULTANCY AND TRAINING
Mizar 3D LAB ®
Consulting and training. We are partners of Additive Minds for training based on a methodology that consists of a series of workshops. Process identification, Business Case, …
We are your partner in Additive Technology
SERIAL ADDITIVE MANUFACTURING
Metal and polymeric
We are leaders in metal parts manufacturing processes using SLM technology. We manufacture your parts with complex geometries in record time. The manufacturing processes guarantee the surface quality, geometries and mechanical properties of parts you thought impossible.
Capabilities
State-of-the-art machinery for additive manufacturing of metal alloys and polymers
INDUSTRIES
Aerospace
Aditiva technology is a validated and robust technology to ensure the quality requirements of the sector and its manufacturing traceability.
Industry
Additive Manufacturing saves up to 30% of manufacturing costs. Producing cheaper is possible
transport
Additive Technology is positioned as a leader in control templates in the automotive sector. Heavy vehicles, hybrids and short series in the transport sector already manufactured with additive
Large Scientific Facilities (LSF)
Only additive manufacturing allows systems to work as designed in the simulation tool.
CUSTOMERS WHO TRUST US
CUSTOMERS
Latest posts
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What is Fused Deposition Modelling?
Everything you need to know about FDM technology – Fused Deposition Modelling, from Mizar Additive Manufacturing.
The Powder Bed Fusion (PBF) additive manufacturing process
This article will tell you about the Powder Bed Fusion (PBF) process. It is an advanced additive manufacturing process that uses a high energy source, lasers or electrons.