3D Printer

Posts Tagged ‘John C Arkin’

A 3D printer is a form of technology that can create a three-dimensional object using layers of a particular material. With this type of printer, one can produce models that imitate a prototype’s look, functionality and feel.

Today, a 3D printer can already do many things. You can make jewelry, art or even your own action figures. Architecture firms are using 3D printers for creating models. In 2050, however, your grandkids will be making completely different things. Here are five things your grandchildren could be making with their 3D printers in the future:

1. Organs

What if in 2050, no one will have to be on a waiting list for an organ transplant ever again? The children of the future just might be able to find a way to replace body organs. Your grandkids might be able to create skin with a 3D printer, and no one will ever know the difference.

2. Toys

In 2050, you may not need to bring your grandchildren to the toy store. Why? They’ll most probably be designing and creating their own toys by then. You can already make your own action figures today, although it is difficult to make them out of non-toxic materials. By 2050, non-toxic materials for the 3D printer should be readily and easily available.

3. Automobile Parts

It’s very possible that your grandchildren will construct their own cars with this type of printer. If they are able to construct a majority or all of the different parts of an automobile and are able to assemble it, then there will be no need to get them a car.

4. Homes

When your grandchildren grow older and express interest in moving out of their parents’ house, they might just move into a home built with a 3D printer. At present, there is already talk of using this technology for building homes, but there are still many issues that have to be solved.

5. Electronics

In this day and age, people still have to pay for their gadgets. If you want a mobile phone or a computer, you need to buy it. In 2050, things will be different. A 3D printer can print pretty much anything—including electronics. There will be no need to pay for the latest technology, because your grandchildren will be making it for you.

In 2050, your Christmas gifts from your grandkids will probably be something made from a 3D printer.

Technology is improving at an alarming rate–from high-tech computers and mobile phones to smaller, more advanced entertainment systems and even ultra-fast inkjet printers. It wasn’t that long ago when we all used to print out documents using slow and noisy, black and white dot matrix printers. Now, we’re able to print twice as much documents in less time in full-color inkjet printers; and it won’t be long before we see an evolution in inkjet printers and experience all sorts of technological advancements we once thought were impossible.

There are already signs of what the future technology of printers holds–from inkless printers to those that can do 3D print outs. Here are just some of the advancements that are already in development that herald in the new age of printers.

1. Inkless printers. Various brands such as Dell and Polaroid have launched printers that don’t use normal printer ink cartridges to print on paper. The Dell Wasabi Ultramobile printer can print high-quality, borderless full-color images using Zink (Zero Ink) technology. Heat from the printer activates dye crystals that are embedded in a special kind of photo paper to create colored print outs in less than a minute.

2. 3D Printers. Why stick to a flat, two-dimensional print out when you can have your own image printed on 3D? There are a few 3D printers available now that can print out high-quality and well-defined three-dimensional models that even include real mechanical parts in them. It’s like having your own small factory at home! Although this piece of future technology is already available, a 3D printer would set you back about $4,000. So, unless you plan to create 3D models and sell them as a business, it’s best to stick with your trusty 2D inkjet printers for now.

3. Wax printers. You used to color your drawings with crayons when you were a child, and Xerox has picked up on this by creating a printer that uses colored wax sticks instead of regular ink cartridges. The sticks are made of nontoxic polymer wax with colorants that act as the printer ink. Heat from the printer melts the wax stick to release the colorants for printing. The result is high-gloss, high-definition print outs. The company has been trying to refine this technology for about three years now; although there have been issues regarding the longevity of the print outs since wax tends to scratch easily.

4. Ultra-fast printers. Superman can run at the speed of sound, and although it will take about 100 more years before you see a printer that prints 100 documents that fast, there are inkjet printers in development now that can print high-quality, full-color images at a page per second continuously. With that technology around, it won’t be long before inkjet printers come close to printing at the speed of sound.

It’s amazing what the future holds for the printing industry. You’ve already seen a bit of the bright future of inkjet printers and ink cartridges and it won’t be that long before you finally see these future printers at work right in your own home.

Star Trek, a landmark science fiction show, is considered to be one of the best shows of its genre ever aired on television. That is a fact that both fans and non-fans agree upon. It is not just the idea of humankind traveling to the outer regions of space that fascinated the viewers of Star Trek; there are just too many marvels that this television show allowed us to visualize for our future.

But since life tends to imitate art, there is one Star Trek “invention” that is slowly becoming reality for a number of geeks and techies across the world. That is none other than the replicating machine. This replicator allows anyone to create almost anything using the materials of his or her own choosing. The word “replicator” may seem too vague or out-of-this-world for the layman, but a more familiar term for that would be the 3D printer.

From Engineering Labs to the Home

These 3D printers used to be exclusive to engineering and mechanics laboratories. This is not surprising, given that 3D printers used to be unwieldy and complicated to use, not to mention horribly expensive. Even today, many engineering firms do not have their own 3D printing machines because the cost can be prohibitive.

But even that will change soon. Developments in technology have greatly pulled down the price of 3D printers. Lower-end models sold by commercial companies that manufacture these machines now go for around $15,000. This price tag still makes these machines a bit too expensive for ordinary consumers to have, but we can all see the direction that this 3D technology is taking.

Creating Anything with a Homemade 3D Printer

What is even more exciting, however, is the fact that there are non-profit groups out there that have put up websites where anyone can download schematics of how to make their own homemade 3D printers as well as instructions on how to create anything. With a couple thousand dollars – still expensive for some – you can buy parts and build your printer from scratch.

How does it work? It depends on the technology that the printer uses. Inkjet technology is the one most popularly used with 3D printers these days. In such machines, inkjet printer heads spray resin or powder on a platform layer by layer until the object is created. Adhesive is also sprayed on these layers to make sure that the resin binds together. The object can take on any shape that you want it to have based on the images you have fed to the software that controls the printer.

Fact or Science Fiction?

It is entirely up to you to believe that you can make a 3D printer of your own in your garage or workshop at home. More and more people are doing this every day. One such website where you can download plans for building your own 3D printer is fabathome.org, where you can also download 3D building projects that you can create at home.

Halloween is fast approaching. For kids and for those who are young at heart, it means that it is almost time to go trick-or-treating around the neighborhood wearing outrageous Halloween costumes and getting candy from neighbors who are willing to get into the spirit of Halloween. For those who consider themselves too old for candy and tricks, they probably have a Halloween costume party to go to for some grown-up fun.

With Halloween just around the corner, you only have a few weeks to come up with a costume for yourself or for your child. This does not really have to be a problem. Some time before Halloween, the stores would be teeming with costumes for sale. But if you want a one-of-a-kind costume, you can make your own using a wide-format printer.

Why a Wide-Format Printer?

Why should you use a wide-format printer to create your Halloween costume instead of sewing it? There are just some costume ideas that cannot be bought from the store or sewn by hand. With a wide-format printer, you can create just about anything, especially if it happens to be a 3D printer as well.

Printing your costume instead of sewing it can take away a lot of the time you need to sew or create your costume. Instead of working on your costume for days on end, you only need to wait a few hours for the printer to finish printing your costume and for the ink to dry upon it. And then, you can sew whatever loose ends are left for a fully finished look.

With a wide-format printer, you can have as elaborate a Halloween costume as you want. Your imagination and creativity are the only limits.

How to Make Your Costume

Before you can print out your costume, you need to know what exactly it is that you want to wear for Halloween. You can buy the outfit and trim it according to how you wish it to look like and just have your mask and headgear printed.

If you want to print out your costume, make sure that you resize the images you will use according to the measurements of your body. You will definitely want a costume that fits. You can create a pattern first and then have the image fit the pattern. Afterwards, print them out on the fabric that you want and then sew the loose ends together.

If you feel that making a Halloween costume this way seems too complicated, you can just print out your mask. There are wide-format printers that print directly on 3D objects regardless of the material of which they were made using inkjet technology. Just get a mask mold, design your mask using graphics software, and then print out the mask.

Making your own Halloween costume can be fun. But you can make the project even more fun and come up with an entirely unique costume with a wide-format printer.
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Objet Geometries Limited is a development leader in the field of 3D printing. It develops manufactures as well as globally markets the 3D printing systems which are ultra-thin-layer and high-resolution, plus materials which utilize the PolyJet or technology of Polymer Jetting so as to print the ultra-thin layers of 16-micron.

Objet produces the Eden range of three-dimesional Printing Systems as well as Alaris30 three-dimesional desktop printers which are centered on this company’s patented and office-friendly technology called PolyJet Technology. Also, Connex500 line of 3D is printers which are based on Objet’s technology known as PolyJet Matrix. It supplies complete three-dimensional printing solutions which are compatible with all applications related to rapid prototyping.

Objet’s line of three-dimensional systems of printing conveys the high-resolution and fine-detailed printer models to various designers or the engineers and they can be installed into almost every office environment. The Studio Software of Objet assures the smooth as well as accurate printing of your models. There are different lines of Objet’s 3D printers such as Connex, Eden and Alaris.

1. Objet has a Connex range of 3D Printing Systems of which Connex500 is based on the distinctive PolyJet Matrix Technology. The Connex500 provides an entirely unique facility to print the parts and the assemblies made up of several model materials, along with diverse mechanical or even physical properties, and all in the single build. Besides this particular model can even produce Digital Materials which are on fly, facilitating users to generate composite materials which have the preset blends of different mechanical properties. Apart from Connex500 there are also Connex350 3D printers.

2. The 3-D Printing Systems of Eden provide unparalleled returns on your investment or ROI especially for the professional applications pertaining to rapid prototyping. Every Eden system creates models with unusually fine details as well as smooth surfaces.

From the family of Eden’s 3D printers you can choose the printing systems which match best with your requirements depending on the build size, the productivity or your budget.
All 3D printers of Eden have compact design along with clean process and this makes this printer family of Objet perfect for all office environments. The Eden family comprises Eden260, Eden260V, Eden250, Eden350/350V and Eden500V.

3. The Alaris30 range of Objet’s 3D Printers provide an exceptional combination of top quality and finely detailed printer models in the efficient and office-friendly systems. This is the ideal technology you require to condense design cycles so as to impel any business forward. It supplies true-to-life printer models which feature very fine details along with smooth surfaces as well as tiny, moving parts. Printing in the layers of 28µ, Objet’s Alaris30 generates completely cured models which may be handled at once without any further post-curing.

With the Alaris30 3-Dimensional Printing System, you can print high-quality 3D models in the high detail that today’s market demands – easily and cost effectively. The lightweight design and the clean process of the Alaris30 make it ideal for any office environment.

Introduction

Z Corporation is a company which develops, manufactures as well as markets the fastest three-dimensional printers in the world. This company produces machines which are handheld models and it does so speedily, easily plus inexpensively from the CAD or computer-aided design, the BIM or building information modeling.

The 3D printers of Z Corp. are utilized by various companies to build prototypes varying from different toys for purposes of market feedback to the fan blades meant for the functional testing. Just as the regular desktop printers supply a computer user with the paper output for their documents, the 3D printers provide the 3D CAD as well as BIM users with physical prototypes of the actual objects like mobile phones, the engine manifold, different cameras or even scale-model building. Technology benefits of Z Corp.

The clear-cut product interface of Z Corporation supplies the users with resources to mechanically build the appearance prototypes. This it does from their three-dimensional CAD plus BIM designs rapidly and economically as oppose to the alternative expensive and labor-intensive techniques. For instance, the design of any mobile phone may be transformed from its screen image into one prototype within an hour’s time for up to $10. By employing appearance prototypes initially in the development cycle of a product its design engineers are able to get a critical feedback fairly early during the process of design.

The prototypes of Z Corporation corroborate market approval of the new designs prior to even the beginning of the production process. This leads to elimination of the costly final changes and also enables the companies to be first ones to promote using their products. Z Corporation’s 3D printers apply customary inkjet printing expertise to build the segments layer-by-layer by means of depositing one liquid binder on top of thin sheets of powder.

In place of feeding the paper under its print heads as 2D printer, the 3D printers move your print heads above powder-beds on which they print all cross-sectional information from your CAD file that has been divided into suitable build layers.

The different models of Z Corp 3D printers include- – ZPrinter 310 Plus This is the entry-level 3D printer for the beginners, the professionals plus those who want cost efficient solutions for 3D printing. ZPrinter 310 supplies build area of 8″ x 10″ x 8″ build and its resolution is 300 x 450 DPI XY. – ZPrinter 450 This model is a full Color three-dimensional printer which helps its users in developing color prototypes and that too at a pace which is 5 to 10 times quicker than other such 3D printers.

This line of color printers are needed in sectors like education, architecture, health, GIS, electronics, in arts and product design etc. – Spectrum Z510 They develop prototypes which are full-color and high definition very quickly and at reasonable cost. Spectrum Z510 3D comes with a resolution of 540 X 600 DPI XY contending with competitor machines which are 5 costlier.

- ZPrinter 650 The Spectrum Z650 is a full color and automated system of 3D printers which has been engineered particularly to fulfill most demanding needs in sectors of engineering, education, the AEC and GIS plus in entertainment. Having the biggest build volume this 3D printer makes it possible for its users to take out prints of very large and high-resolution plus multicolor models.

Dimension is the brand of three-dimensional printers by the company Stratasys which provides the computer-aided-design or CAD users with an inexpensive, networked option for printing the functional 3Dimensional models of printers from desktops. The Dimension printers build up models layer-by-layer utilizing ABS plastic, which is perhaps the most extensively applied of thermoplastics amongst the current injection-molded products. The 3D printers of Dimension allow the users to evaluate the design concepts as well as test models in support of form, their fit plus functionality.

Stratasys has also devised the technology called Fused Deposition Modeling or FDM which is patented and it has led the progress of its 3Dimensional printing technology since then. Stratasys employs its FDM know-how in the Dimension line of 3D Printers and also in the 3D Production Systems of Fortus, which it developed for express digital manufacturing plus accurate rapid prototyping.

The different types or models of Dimension 3D printers include the following-

1.1200es Series of Dimension’s 3D Printers

These print large and useful 3D models directly in the offices. With a great build capacity these 1200es 3D Printers of Dimension supply you with the space to print huge functional and durable models which can be of build sizes of maximum 10″ x 10″ x 12″ designed for valuation as well as testing under the real-world conditions. This printer family of Dimension is robust and fairly easy to operate.

2. Dimension’s Elite Printer

Build with the technology of Soluble Support this printer range of Dimension helps you in bringing all your ideas into life and that too with great detail. The Elite printers are perfect when it comes to printing of the complex 3D product replicas as well as functional models meant for parts like those of medical gadgets, mobile electronics together with the precision instruments. With this printer range it will take you only a few hours and not days to get the models you require. Besides, you can utilize the build envelope of Elite Dimension printer for packing your multiple models. The Elite line of 3D Printer operate silently plus unattended in any office environment.

3. Dimension’s uPrint Personal three-dimensional Printer

The uPrint Personal Range of 3D printers from Dimension allows most flexibility for you to effectively build the 3D models intended for visualization or collaboration and otherwise for functional testing. uPrint 3D printers are so compact enough that they can fit on even your desktop; they are simple enough to setup as well as to operate without any hassles; and most importantly these printers are quite affordable for most of the users, irrespective of their profession or the size of their office.

Moreover, all the printer models of Dimension are made of strong ABSplus Thermoplastic and these printers are capable of undergoing drilling, sanding and painting. They can even be machined as well as chrome-plated. Thus, for increasing sections of designers who depend on the 3D solid CAD, the three-dimensional printers of Dimension are fast becoming an indispensable extension of CAD system on the whole and also a vital part of the whole design process.

Dimension is the brand of three-dimensional printers by the company Stratasys which provides the computer-aided-design or CAD users with an inexpensive, networked option for printing the functional 3Dimensional models of printers from desktops. The Dimension printers build up models layer-by-layer utilizing ABS plastic, which is perhaps the most extensively applied of thermoplastics amongst the current injection-molded products. The 3D printers of Dimension allow the users to evaluate the design concepts as well as test models in support of form, their fit plus functionality.

Stratasys has also devised the technology called Fused Deposition Modeling or FDM which is patented and it has led the progress of its 3Dimensional printing technology since then. Stratasys employs its FDM know-how in the Dimension line of 3D Printers and also in the 3D Production Systems of Fortus, which it developed for express digital manufacturing plus accurate rapid prototyping.

The different types or models of Dimension 3D printers include the following-

1.1200es Series of Dimension’s 3D Printers

These print large and useful 3D models directly in the offices. With a great build capacity these 1200es 3D Printers of Dimension supply you with the space to print huge functional and durable models which can be of build sizes of maximum 10″ x 10″ x 12″ designed for valuation as well as testing under the real-world conditions. This printer family of Dimension is robust and fairly easy to operate.

2. Dimension’s Elite Printer

Build with the technology of Soluble Support this printer range of Dimension helps you in bringing all your ideas into life and that too with great detail. The Elite printers are perfect when it comes to printing of the complex 3D product replicas as well as functional models meant for parts like those of medical gadgets, mobile electronics together with the precision instruments. With this printer range it will take you only a few hours and not days to get the models you require. Besides, you can utilize the build envelope of Elite Dimension printer for packing your multiple models. The Elite line of 3D Printer operate silently plus unattended in any office environment.

3. Dimension’s uPrint Personal three-dimensional Printer

The uPrint Personal Range of 3D printers from Dimension allows most flexibility for you to effectively build the 3D models intended for visualization or collaboration and otherwise for functional testing. uPrint 3D printers are so compact enough that they can fit on even your desktop; they are simple enough to setup as well as to operate without any hassles; and most importantly these printers are quite affordable for most of the users, irrespective of their profession or the size of their office.

Moreover, all the printer models of Dimension are made of strong ABSplus Thermoplastic and these printers are capable of undergoing drilling, sanding and painting. They can even be machined as well as chrome-plated. Thus, for increasing sections of designers who depend on the 3D solid CAD, the three-dimensional printers of Dimension are fast becoming an indispensable extension of CAD system on the whole and also a vital part of the whole design process.

A dollhouse is considered a standard toy for little girls. It is believed that playing with dollhouses can help a child develop creativity as well as social skills. But collecting and playing with dollhouses is not an activity that is limited to children. There are many adult collectors of dollhouses who spend a fortune on these toys.

Making a dollhouse can be a very tedious task. You put together all those small parts to make your miniature house, paint it and design its interiors as well. There are dollhouse kits that you can buy from toy stores and craft stores, but they are still tedious to assemble.

How 3D Printing Makes Dollhouse Crafting Easier

In 3D printing, an object is created from a set of 3D images that have been scanned or drawn using computer-assisted design or CAD software. The image is then sliced into layers at the cross-section. When the image file is fed to the 3D printer, the printer reproduces the object layer by layer.

You can actually cut back a lot of time in creating your dollhouse with 3D printing. The painstaking hours that you may need to devote to drawing up plans for your dollhouse then building it up bit by bit can be shortened significantly. With a 3D printer, you can simply watch the dollhouse rise up before your eyes as the printer does its work. Or, if your dollhouse is too big for the printer to process, you can just print out the parts then glue them together. Some 3D printers allow you to use colored resins so you may not have to paint your dollhouse anymore.

What is even more delightful about creating your dollhouse with a 3D printer is that you can even make the miniature furniture, decorations and dolls using the printer. This will give you the opportunity to create one-of-a-kind accessories for your dollhouse instead of buying them from a supplier. Even better, you can copy a collector’s item with your printer and no one will ever know that it is only a copy of the real thing.

Making Dollhouses Can be a Group Project

If you have a young daughter that you want to introduce to the joy of making and playing with dollhouses, the idea of printing the dollhouse can be a delightful and engaging project that you can work on with your daughter. She can design the dollhouse however she wants and you can input her design on your CAD software. Then, together, the two of you can watch the 3D printer come up with the parts that will eventually become the dollhouse that she designed layer by layer.

Not only will this project become a bonding activity between you and your daughter, but this can also be an opportunity for her to develop her creativity. This is one priceless advantage that you can have from a 3D printer.

A lot of small engineering and architectural firms are hesitant to invest on a 3D printer of their own. This hesitation is understandable, though, given that not all these firms have an actual need to have their very own 3D printer. Add to that the average cost of a 3D printer. Entry level units can set back a small firm around $15,000 for the printer alone and not counting the accessories and resins that it may require. Not all companies have the capital to invest on such a piece of equipment.

Nonetheless, if the need is there and the capital for investing in such a machine is available, these companies would do well to have their own 3D printer in the office. That is because the 3D printer can do a lot in increasing productivity and sales for the company. Here are just four benefits that a company can gain out of having its own 3D printer.

1. Reduced time in producing scale models. Scale models are necessities in the engineering field. Before there were 3D printers and rapid prototyping machines, these scale models are constructed by hand and with the use of tools. However, it can take weeks to create scale models the old-fashioned way and the models themselves can be inaccurate. With 3D printing, companies can reduce the time in producing these models from weeks to a matter of hours. This will allow the company to take on more projects without engaging additional manpower.

2. Reduces time devoted to paperwork. When the company orders its scale models from an external service provider, there is the inevitable paperwork that needs to be done to place the orders, to requisition materials and to manage receipts. The administrative assistants that the company employs will also have to keep track of all that paperwork. This load of paperwork can be greatly reduced if the 3D printing is done in-house instead of outsourced.

3. Marketing completed at a faster rate. The firm can impress their clients by producing the scale models required for their project earlier than expected. While this does not assure that the actual project can be completed earlier, the clients can at least have an idea of what the finished output will be ahead of time.

4. Higher rate of flexibility. With 3D printers, it is easier to implement changes in the design without having to go through weeks of preparing new scale models based on these design changes. This gives the company a greater ability to become more flexible and adjust more quickly when changes need to be put into the design. Greater flexibility can also allow for a higher degree of accuracy and quality in the final output.

In the long run, having its own 3D printer can lead to cost savings for the company because it does not have to deal with outrageous costs that print service providers sometimes charge for producing scale models.