An introduction to metal 3D printing:

Metal 3D printing or metal additive manufacturing is the latest technology in the world of 3D printing that eliminates the designing constraints of producing metal parts by traditional prototyping or manufacturing methods.  Metal parts that would have been almost impossible to produce few years back can now be created with the variety of metal powders. 3D printing initially was introduced as a prototyping technology, but now, it is also used for short-run manufacturing and to produce complex functional parts for variety of applications.

There are different technologies and processes for metal 3D printing which depends on energy source that’s binds the material together that could be laser, binder or heated nozzle that extrudes the material. Most commonly used technology for metal 3D printing is power-bed systems and materials could vary from aluminium, stainless steels, nickel, titanium alloys, cobalt-chrome,  gold and platinum. Expensive metals may be used to create high end complex jewelry pieces.

Common metal 3D printing technologies:

1)    Selective Laser Melting (Powder Bed Based)

2)    Selective Laser Sintering (Powder Bed Based)

3)    Powder-fed systems

4)    Robocasting

5)    Cold-Spray Metal Printing

6)    Binder Jetting and Inkjet 3D Printing

Metal 3D printing has wide range of applications in many industries be it to produce models, prototypes  and functional parts or to be employed for short-run manufacturing to keep the tooling costs for injection molding or casting low. Another advantage of metal 3D printing is its ability of producing geometrically complex parts that cannot be achieved with traditional processes of casting, milling or grounding. Apart from design flexibility metal additive manufacturing opens the choices for variety of materials. One good example can be Titanium, processing it with traditional methods can be very expensive along with the alloys which can be produced only under high cooling rates. Another ability of metal 3D printing to produce high strength light weight parts that result in better mass distribution in transportation and result in increased efficacy. These are just few of the examples, in future metal 3D printing will change how we think manufacturing!

PRESENT AND FUTURE OF 3D PRINTING

CURRENT STATE OF 3D PRINTING:

CES, one of the most outstanding yearly events as it's an opportunity for brands to highlight their innovations and progress and what can be anticipated from them. The 3D printing display at CES didn't fail to flaunt as there were various presentations displaying exactly what's possible in the realm of 3D printing.

While AI and robotics are getting a large portion of the fame nowadays, 3D printing is transforming the process of how things are designed and produced. Furthermore, these sorts of changes can be progressive — simply think about the change brought by industrial revolution to design and create. While 3D printing service has been mostly used in the industry, it was the consumer side that gained attention few years back. Presently, we are truly starting to see exactly the amount of an effect 3D printing can have.

In January 2017, MIT specialists uncovered that they have made 3D-printable graphene, a material that is amazingly thin, which can be utilized to make materials that are so light however 10 times more in strength than steel. The stuff is so extraordinarily thin, however, that up till now wasn't known how to implement it into the process of manufacturing. All things considered, 3D printing is mainly about thin layers, it isn't? Whenever in the future we can produce in large quantities we would be able to see lightweight airplanes and automobiles which at that point can help to save fuel and our environment too.

A startup in Dubai printed 200 square meters of concrete every day utilizing "Minitank", their 3D printed crane. This 3d printing service gave the company and advantage of speedier development of structures – a rate half faster than utilizing traditional methods.

Huge organizations are additionally entering the world of 3D printing, good examples would be GE and Siemens. GE bought Concept Laser while Siemens acquired 85% stake in Materials Solutions. Siemens is likewise working together with HP for 3D printing and additionally with laser system manufacturer for the industrialization of laser technology and metal 3D printing.

ADVANTAGES: 3D PRINTING:

3D printing has various advantages. One of its most prominent points of benefit is the fast ability to get an item from a thought to reality. The quick cycle that 3D printing permits implies that the ideas can be attempted and tried underway without gearing up for tooling and molding — a tremendous help. 3D printing gives planners chances to attempt and flop as much as they can without squandering a considerable measure of assets.

Another benefit of 3D printing is the materials created can be more than those made the conventional way. This is particularly valid for complex assemblies that can be created as a solitary part by 3D printers, however would need to be made of numerous parts if cast. GE, for instance, printed more than 80,000 fuel nozzles for Leap jet engines. The downside is that the machines accessible today couldn't deliver the parts sufficiently quick. GE's answer for this was acquiring 3D organization Morris Technologies.

GE isn't the special case who has been utilizing 3D printing services to create parts. Boeing was one of the main organizations to embrace 3d printing technology and has since printed a huge number of parts for business and military planes. SpaceX 3D printed a real rocket engine!

Ford, as well, has been employing 3D printing service from the time of 80s and has as of now printed more than 500,000 parts. The organization sees the quick creation time as an advantage.

The advantages of 3D printing are clear, and more organizations are embracing this technology.

FOR 3D PRINTING SERVICES VISIT CUSTOM PROTOTYPES.

In future, this is what we get from 3D printing:

1. Transformation in Customization

In the near coming future, you may not only purchase a product but also customise or modify it to your perfect particulars, and after that have it 3D-printed and dropped off your location. Customization will be a colossal piece of business, few years down the line. Most of the business organizations will be the ones that take into consideration their products to be the most custom fitted to consumers.

Individuals will likewise, from their own ideas and designs from owned 3D printers or opting 3D printing service, killing the requirement for getting it from a business if the individual has the required aptitudes. By and large, the potential delight that individuals can get from what they are purchasing/creating will be expanded.

2. 3D printing will save lives:

In the medicine field, Implants created using 3D printing will improve quality of living for many. Because of the mind blowing customization capacities of 3D printing, human body parts will be fitted precisely to people and their disparities, improving titanium bone inserts, prosthetics and devices utilized by dental specialists.

3D printing will enable new disclosures in drug to happen quicker and in the efficient way, since cost and research will be minimised through 3D models. Patients with vital organ failures or damages will be saved as 3D printing service would be employed to create 3D printed organ from the patient’s cells so eliminating the risk of organ failure and non-availability.

3. Effects on production and business models:

Many aspects of our society have been changed with the rise of 3D printing. Companies should adjust their processes so as to better fit the requirements of their buyers. For instance, rather than making an arrangement where clients can be charged a low transporting charges from acquiring a specific item, Companies may have to rethink their approach to make themselves emerge on the grounds that 3D printed items will arrive in an instant to the customers. Accordingly, hardly any buyer will be motivated to buy the item with lesser shipping charges rather than no charging deliveries at all. Companies will have to create and adapt to new plans of action.

Promotions will change to consolidate the new rush of 3D printing, where customers may be able to keep the cost down on certain materials with their 3D printers. With individual 3D printers at home, organizations should work harder to motivate individuals to see their items since they might be less informative about the outside world. On the off chance that 3D printing makes production easier companies will start operating from homes. Import/export will change definitely and connections between nations will change in like manner.

4. Faster Innovation with 3D printing services:

Everything from new auto-models to edibles and wearables will be created all the more quickly, inducing developments to the market quicker. Since 3D printing decreases the processing time to change an idea into an object, creators will have more time to work and test the actual functionality of the product. Creators will have the flexibility to rethink, redesign and re-print a product that would have taken days or even weeks in the previous time, when models were to be created by hands. This will develop the economy all in all at a quicker pace, and will give creativity a chance to thrive.

5. Education and 3D Printing

It won't be far to see your kids bringing home 3D printed projects from schools. Various educational institutions and schools as of now employ 3D printing service, yet this number will rise up generously as 3D printers are becoming more affordable as well variety of materials is expanding and 3D printing service firms have more to offer, Professional service in chosen material and faster turnaround time. More schools, colleges and Universities will embrace 3D printing for research and reasonable use in the learning process.

Students of Engineering will be able to breathe life into their work considerably more effectively and proficiently than some time recently. Mathematic Students will be able to create geometric shapes from their very own 3D printers, revealing ideas to themselves as well as other people. The potential use for 3D printing in Art is gigantic, students of Art will have the capacity to print their ideas with great details, and very complex structures can be more accurately produced by 3D printing than any other means.

6. 3D printing and property

As producers and designers understand that their designs might be reproduced on 3D printers, and the idea of property rights will be violated here. 3D printers will turn out to be advanced to the point that Users will have the capability on the planet with a laser scanner to 3D scan and 3D print anything and everything.

With this possibility of re-producing and replicating there could be a problem with copy-righted designs or products. The outcomes could be like how piracy has influenced the music and film industry, where illicit file sharing has been held responsible for losses in the industry.

For 3D Printing service Visit Custom Prototypes.

3D printing service by Custom Prototypes:

Custom Prototypes is a global 3D printing service providers located in Toronto, Canada.  The Company’s founders Andrew Silwa and Andri Sliva, started this Company more than two decades back and today is one of the leading 3D printing services Company in Canada. Custom Prototypes besides professional 3D printing, offers Concept development. This opens up a way for individuals, corp-orates or engineers to develop their imagination into a prototype or innovation. 

Why should you choose Custom Prototypes:

• Expertise:  With an expert team of industrial designers and engineers with experience of more than 15 years, you can never go wrong. It does not matter if you have a CAD file, an image or just an idea. They are going to create the best 3D print for you.
• Instant and free quotes: Custom Prototypes offer free consultation and quote. They understand your specifications and needs, consider your budget and offer the best service and a free quote to you. You can visit their website and leave a message or call on the number provided. You can also visit them at their physical location in Toronto.
• Technology and materials: At Custom prototypes quality of 3D prints and customer satisfaction is of high priority, Most of the clients are still continuing with their 3D printing services since the beginning of the Company. For their valuable clients they have not only invested time but also in world class 3D printers. Work done by Custom Prototypes speaks for their quality and dedication. They employ SLA technology as a primary option and use resin materials, opaque or transparent which gives great surface finish to the object. These 3D printers are capable of creating very large format parts which may not be a possibility for most of the 3D printing service providers.  3D prints are always high resolution, very detailed and could be further modified as per the requirements of the customer.
• Fast Delivery time: Custom Prototypes offer overnight turnaround time, secure packaging and fast shipping, pick-up from their physical location is also an option for the customer, if feasible.

Custom prototypes has been very actively participating in various 3D printing competitions like Additive manufacturing users group (AMUG), Blue sky solar racing by University of Toronto (Supporter) and many more. In 2016 Custom Prototypes secured position 1^st for technical competition AMUG and again in 2017 they are participating in AMUG Technical competition to repeat the history.

Having so much achieved and still on the way of more achievements and progress. Custom Prototypes continue to dedicate, re-create and provide their clients with custom tailored 3D printing service like none other.