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Interior design & customisation

What is Rapid Manufacturing ?

RM (also named 3D printing or additive fabrication) is an all-digital manufacturing technique of end user products based on a 3D file (.STL) and powered by Rapid Prototyping technology. Some of the most renowned Rapid Prototyping techniques are SLS, SLA and FDM, which build up a 3D object layer upon layer with a variety of materials such as Polyamide (nylon), different photosensitive Epoxy materials, Alumide, Polycarbonates, ABS, etc.

.MGX by Materialise

.MGX by Materialise specialises in the manufacturing  unique and customised products,
 focussing on design, fashion, art, NSA architecture, cosmetics and interior design market, in collaboration with the most promising contemporary designers.
Our aim is to provide a global service for customisation and bespoke objects; to provide production solutions and promote the use of RM in these design markets. All this under the scope and concept of the .MGX brand, and in collaboration with other brands and market leaders.

The advantages of .MGX technology

With 3D printing technologies, limited editions and one-off pieces are easily produced without a costly investment because no product specific moulds are involved. With a simple modification in the 3D file (e.g. adding a logo, changing shape and/or colour) an object can be changed or adjusted to an entirely new product . A design can be rescaled to suit tastes and needs, i.e to fit a particular environment or budget.
As no moulds are used in our production process, an unlimited freedom of design is created allowing any intricate form to be constructed in 3D.
We guarantee a shorter time to market, which allows rapid market testing and market research with lower risks. The shorter time to market also offers you the advantage to promptly follow up and set new trends.

Mass Customisation and Massclusivity

We are reaching the end of the mass production era and are now entering a global information-based society where ideas can easily be replicated and in turn be mass-produced by competitors.
Through global networks and media exposure, information has become available to educated consumers and the 'one size fits all' model becomes out-of-date. As a result, individuality and self-expression become key factors in the market, characterised by an enhanced brand identity and stronger user-product bond. Individuals are able and willing to make their own decisions, they want to be seen as individuals with particular needs and are willing to pay a premium for this degree of customisation.
For producers, market awareness and quick comparative market research are essential. Our new interactive technologies provide a perfect delivery vehicle whereby the consumer can participate in the product design to create their own unique custom products and services,
Mass Customisation becomes a new paradigm based on creating variety and customisation through flexibility and responsiveness. For brands, Mass Customisation processes promote brand loyalty as they encourage customers to become participants of the design process, hence create a strong ongoing customer relationship.
In this sense, our production methods and materials are the perfect solution to this demand for individualisation.

Our Service

Our team will advise and guide you with its expertise, through the production options, materials, technical requirements, structure and stability of the materials, finishing and coating for each design. When needed we can activate our designers network to assist you with your design and the preparation of your STL-files.
As an .MGX customer, you have the ability to modify an existing design by rescaling, re-modelling, adding a logo, etc. You can also choose to use other materials, coatings, adding or changing colours.
For bespoke designs we require your design in the form of a 3D file, an .IGES or an STL-file, with a minimum wall thickness of 1mm.
We can also make 3D scans of objects, adapt them and produce them.

Terminology

RP

stands for Rapid Prototyping, which is an overall term for 3D printing techniques. 

RM     
is Rapid Manufacturing. This means producing end products by using RP. 

STL     
(file extension) ="standard triangular language" is a 3D file 
describing the surface triangular mesh of the 3D object

MGX   
is the extension for files made in our home-developed Magics software, which translates the STL-file to a printable layer sliced
file. 

SLA    
stands for Stereo Lithographic Apparatus, better known as 
stereolithography. This 3D laser printing technique produces 3D objects by hardening (polymerising) photosensitive epoxy resin. 

SLS    
stands for Selective Laser Sintering. With this technique, 3D
objects are produced by particle welding of powder base materials (nylon or other material) layer over layer. 

FDM    
stands for Fused Deposition Modelling. This RP technique 
constructs a 3D object by extruding a thermo- plastic material through a temperature-controlled head layer on  top of layer.