i.materialise is a new consumer 3D printing platform, which targets 3D designers of all types. This service will allow to 3D print practically any CAD design. i.materialise supports numerous file extensions and provides on the spot quote on their website 3d printing equipment with no registration mandatory.

The great thing about 3D printing and i.materialise is that you can design something right from the comfort of your very own house and you will not have to be concerned about actual fixing of your model for 3D production. i.materialise will sort out all the technical details for you. The only thing you need to do is design a model and upload the file onto the website.

There are numerousmaterials available on i.materialise website to select from for your 3D production endeavors . Ultimately, you are welcome to 3D print in various plastic materials (polyamide, rigid epoxy), have transparent materials (translucent epoxy) or have an metal like materials (alumide) to opt for. In addition, after 3D production process is complete, i.materialise also provides a range of finishing options ranging from sending to painting your model.

There are various plug-ins for your CAD software available on the webpage. At this time Blender, Rhino 3D, and Google SketchUp are supported. More plug-ins are being developed. Ultimately, i.materialise plug-in makes possible 3d artists to export and to order a 3D print of their model immediately from the CAD software interface, making the whole 3D production experience very simple and convenient for the user.

i.materialise has a unique functionality, that none of the other consumer rapid manufacturing services now offer. i.materialise offers designers to design their own custom lamp. The designer has to design only the lamp shade, i.materialise staff will deal with the lamp base, which is normally externally ordered, and all the wiring and fire proofing issues . This functionality definitely brings the concept of “mass customization” a little closer to reality.

3D printing is becoming very popular these days, and i.materialise is absolutely one of the best services available on the market. They build up on over 20 year experience in industrial prototyping and rapid manufacturing. They have qualified staff who will help you to get to the bottom of any 3D printing related issues. Rest assured that with i.materialise 3D printing will be as trouble-free as printing on paper.

The service has only been recently launched, and many new things are yet to be added to their website, so go ahead and check out i.materialise.com. For the most up-to-date news and updates about 3D printing technologies you can follow their official blog at i.materialise.com/blog. i.materialise has as well just started their facebook page ( www.facebook.com/i.materialise) and twitter account (twitter.com/imaterialise) so join in.

Ultimately, if you are looking for something 3D printed, i.materialise is one of the top options to go with. Their excellent production and technological capabilities render 3D printing experience really user friendly and convenient.

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Technorati Tags: 3D, 3d Artists, 3d Designers, 3D Printer, 3D Printing service, Cad Design, Cad Software, design, File Extensions, Fire Proofing, Google, Google Sketchup, Lamp Base, Lamp Shade, Manufacturing Services, Plastic Materials, Plug Ins, Printer, Printing Equipment, Production Experience, Rapid Manufacturing, Rapid Prototyping, Rhino 3d, Software Interface, Transparent Materials

Finishing equipment are machines that are used in the finishing process. This process involves taking parts made of metal, plastic, fibreglass etc and doing some sort of operation on them so that they get a desired “finish”. This could be as different as giving a polish to infusing surface properties (like making it corrosion or tarnish proof) or cutting and deburring operations by which some extra material is taken off from the components that need to be finished. Machines used for finishing normally work on this principle: the parts that are intended for finishing are loaded into the appliance along with finishing media (which are materials that are abrasive in nature). Some sort of motion is then imparted to this mixture which causes the media and parts to slide/ rub or dash against each other thus giving the cutting or polishing or cleaning effect as per requirements. To get optimum finishing results, it is important to choose the right media and the right equipment for the process.

The most popularly used finishing machines are:
• Tumbling barrels – These are in the shape of barrels and are typically in a horizontal position. When switched on they have a motion that tumbles the ingredients together. Small sized ones are generally mounted on benches whereas those with large capacities are fixed up on the ground. They are ideally suited for aggressive and rough cutting operations.
• Vibratory tubs – These are tubs that have a vibrating motion when switched on. They are used for gentler operations.
• Blasting machines – These are used sometimes where small to medium media are blasted on to parts by some sort of pressure release mechanism.

How are metallic parts finished in an exclusive manner? This is done with specialized machines called Metal finishing equipment. These systems are good to give fast and uniform finishes; they are adapted well for purposes of plating, giving decorative- finishes and even for the cleaning of components. Deburring of panels made of metals and circuit boards are other areas where this equipment finds application. The two main types of systems under this category are wet systems and mechanical systems. Cleaning and deburring ops with chemicals, silver and tin immersions along with micro etching and plating are best done using wet systems. Deburring of circuit boards using media, to give various textures on metal surfaces, to clean up tiny parts and to remove decorative paints, mechanical systems are ideal.

Plastic media as the name itself suggest is made from plastic. They come in pre-formed shapes; they are made from different density plastics to suit a variety of applications ranging from gentle to aggressive. This media is much less in weight when compared to ceramic media and hence are used in all those areas where there is a risk of damage to the parts that require finishing – for instance a fibreglass piece. A single shaped media is employed for pieces that have a simple geometric structure but a complex structure calls for plastic media that is a mix of different shapes.

Technorati Tags: Benches, blasting machines, Corrosion, Decorative Finishes, Horizontal Position, Loaded, Metal Finishing Equipment, metallic parts finished, Mixture, Optimum, Principle, Release Mechanism, Shape, single shaped media, Surface Properties, tumbling barrels, vibratory tubs