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Used 3d printer for sale in india


Buy 3D Printers Online | BuyQuality 3D Printer India |

We sell a carefully curated range of 3D printers. Browse through our range of models below.  We are authorized resellers for the machines we sell, and these machines are backed by company warranties.

Not sure which machine is right for you? Call us on 72087-86517 for a free consultation. We will share as much information on 3D printing as you like, and will help you select the best machine for your needs. Do note that there are a very wide range of 3D printers and 3D printing technologies.

Note: Shipping costs not included. Local body taxes like Octroi and West Bengal Entry Tax may apply depending on your location.


Understanding the impact, uses, types and advantages of 3D printing technology is vital for anyone intending to buy 3D printers online India.

A recent report by The McKinsey Global Institute (MGI) ranks 3D printing as one of the top 12 potentially economically disruptive technologies, globally. Projections from that report estimate that approximately 8% of the global workforce (320 million manufacturing workers) would be impacted by this revolutionary technology. Moreover, projections of an estimated $11 trillion worth of global manufacturing GDP would be attributed to the economic value of 3D printing.

Such monumental projections reflect just how significant the impact of this disruptive technology is to the global economy. Indeed, this is a key technology that can drastically disrupt the status quo, rearrange value pools and even alter the manner in which people live and work. Therefore, every business, policy leader and consumer must be acquainted with the workings of such a revolutionary technology.

Overview of 3D Printing

3D printing is a form of additive manufacturing technique that creates objects, based on digital models, through printing layers of special material. In other words, it’s much like what an inkjet printer does in creating images on paper; instead, the 3D printing machine prints objects.

The additive manufacturing process utilized by 3D printers presents a major contrast to traditional subtractive manufacturing techniques. Such a process builds objects sequentially, layer-by-layer. It’s also quite different from molding techniques used in manufacturing.

Modern 3D printers utilize numerous kinds of materials including metal, ceramics, plastic, paper, glass, and even living cells. These materials also come in varying forms, such as liquids, filaments, powders and sheets. The produced objects would feature an even greater diversity of shapes, patterns, colors and even interconnected moving parts.

Whereas some people view it as a mere fad, more and more analysts are beginning to appreciate the potential technological and economic significance of 3D printing. Indeed, it’s hardly possible to ignore all the revolutionary benefits of this new technology when you buy 3D printers online India.

Advantages of 3D Printers

To truly appreciate the value of inherent benefits derived from 3D printing technology, you need to contrast it with traditional methods of manufacture.

1. Mass Customization

Until the advent of 3D printers, it was virtually impossible to personalize products meant for the mass market. Any form of customization would always lead to additional process costs. That changed drastically with the revolutionary additive manufacturing technology.

With 3D printers, objects can be manufactured en masse based on the requirements of customers. Moreover, unlike traditional manufacturing processes, this doesn’t even necessitate separate build chambers. Instead, tones and tones of unique and varied products are easily manufactured within a single build chamber; thus, drastically cutting down on process costs when you buy 3D printers online India.

2. Lower Production Costs

Low production cost is a significant aspect that would convince many people, especially businessmen, to buy 3D printers online India.

Use of 3D printers in low to medium volume applications can cancel out the need for tool production, leading to lower production cost. This is especially so, since production of tools constitutes the most cost-, labor- and time-intensive stages in product development. Moreover, highly intricate and complex features would be produced without the associated labor cost normally found in traditional assembly processes.

Printing objects can significantly reduce the steps involved within an entire production process. Such steps involve manufacturing, assembly, transportation and distribution. Cutting down on the overall process would also reduce wastage of materials, unlike subtractive manufacturing techniques. Apart from making the entire production process more efficient, reduced material wastage also has a positive environmental impact.

Application of object printing in medicine offers revolutionary life-saving benefits. This is evident from the potential for improved transplant success rates, on the basis of using body parts produced from a patient’s own cells. Patients would also not have to wait long for donor organs, since such advanced additive manufacturing technologies can be applied.

3. Complex Production

3D printing has created vast opportunities for highly complex designs that were hardly possible in traditional molding and subtractive manufacturing processes. Indeed, truly captivating and impressive visual effects have been produced by designers and artists using this cutting-edge technology. Such complexity in design is also highly beneficial in industrial applications.

Complex internal structures are being applied in object printing to increase functionality, reduce weight and add strength. For instance, metal objects can incorporate internal honeycomb structures; whereas, organs with internal blood vessel networks can be created through bio-printing. Numerous other intricate and complex designs are constantly developed and used in a wide variety of applications.

4. Sustainable / Environmentally Friendly

The efficiency of 3D printing processes makes them much more environmentally friendly than traditional manufacturing processes. Such printing machines have the capacity of using as much as 90% of standard materials; hence, creating significantly lower amounts of waste.

3D printing can also support a local manufacturing model, which has the potential of eliminating unsustainable logistics associated with worldwide shipping of high product volumes. In such a model products are simply made on demand, right where they are needed. This would also cut down on costs of managing huge inventories when you buy 3D printers online India.

Who Uses 3D Printers?

The Mckinsey Global Institute report documents a monumental growth in sales of personal 3D printers at a rate of 200% to 400% yearly, from 2007 to 2011. This is a clear sign of rapid adoption of the technology and its increasing use. Actually, such an object printing technology is already commonplace for many professionals, including engineers, designers and architects.

Professionals, such as designers and architects, normally utilize the object printing technology in creating product designs, as well as prototypes. Other objects being made using the technology include molds, tools and final products in manufacturing processes.

The “democratization” of manufacturing is also a significant aspect, facilitated by 3D printing. This can enable entrepreneurs, as well as consumers to create their own personalized printed products. It is a key feature of mass customization, which leads to less-costly and shrinking supply chains. Bio-printing is also likely to feature in future printer developments that would enable medical professionals to save and extend the lives of many patients using printed organs.

The Mckinsey Global Institute report estimates a yearly economic impact (related to 3D printing) valued at $230 billion to $550 billion by the year 2025. In this estimation, the largest source of impact is expected to come from consumer uses, with direct manufacturing taking second place, followed by use of the technology in creating tools and molds.

Wider usage of object printers is likely to further accelerate in the coming decade, based on improvements in performance and speed, as well as falling costs of the gadgets. Currently, industrial printers have an average price of approximately $75,000; whereas personal 3D printers can be bought for less than $1,000. However, with increasing production volumes, such costs would decline rapidly; hence making it much more accessible to even more people.

Advancements in 3D technology could also further diversify the use of such a technology; thus enabling penetration into many more user markets. For instance, the Fraunhofer Institute for Laser Technology is undertaking research to achieve fourfold increase in speeds for printing metal objects.

What Can Be Done With 3D Printers?

There is currently a rapid acceleration in 3D printing of complex, highly customizable, yet low volume products. Here is a sample of the numerous applications of 3D printers:
(i) 200 different aircraft parts are being printed for Boeing’s ten aircraft platforms.
(ii) Over one million units of custom printed hearing aid pieces were sold by manufacturers in 2011.
(iii) 3D printing has been used to build 40,000 acetabular hip cups (a term referring to the socket for a hip joint replacement).
(iv) Stereolithorgaphy printers have been extensively utilized by Invisalign, a dental appliance maker, to produce between 50,000 and 60,000 appliances daily.
(v) Numerous 3D printed products, like iPhone cases, are being designed and sold by entrepreneurs. These entrepreneurs normally use such services as Sculpteo or Shapeways, which allow client-end design uploads, that are thereafter printed and shipped over by the company.

Many important needs can be fulfilled when you buy 3D printers online India. This is especially so with regards to expectations for personalization, which can deliver such items as better fitting shoes and helmets.

Multi-material 3D printing offers even greater advantages in production and assembly processes. Unlike use of a single material, this advanced form allows production of objects that possess different properties, without having to bring separate components together. This would effectively reduce the number of steps involved in manufacturing each object.

The Object Connex range features a sample of multi-material printers. Such systems utilize 120 different printing materials, based on acrylic-based photopolymer resins, which are jetted in liquid form, deposited as a layer and cured by UV light. Although not actually reproducing different materials with unique properties, the printing materials do produce varying characteristics.

Types of 3D Printers

Various types of 3D printing techniques possess particular benefits and shortcomings. You must be well-versed in such differences, so that you can make the most appropriate choice if you intend to buy 3D printers online India. However, all of them follow a similar pattern in the printing process, which involves formation of one layer at a time, with the following layer placed on the previous one.

I. Selective Laser Sintering (SLS)

The selective laser sintering (SLS) technique makes use of a special powder and laser. A powder layer is first placed on the build platform and thereafter, a laser fuses this powder together into a pre-designed shape by “drawing” a single layer of the object. Once this is done, the platform moves down to allow for depositing of more powder.

An SLS printer has the capacity of producing a range of complex objects, since it doesn’t require supporting structures. The most common use of this printer has been creation of prototypes. However, it has had several practical applications in limited-run manufacturing, during recent years. One example of this is the acquisition of an SLS engineering company by General Electric for the purpose of building parts for its short-haul commercial jet engine.

II. Fused Deposition Modeling (FDM)

Fused deposition modeling (FDM) printers involve extrusion of wax, plastic, resin or other material through a heated nozzle. Typical of all 3D printers, each layer is placed on the previous one. However, unlike the SLS, a supporting structure may be needed in FDM.

A second nozzle would be used to build any necessary supporting structure, using material that would be discarded later on. Polyvinyl alcohol is one such material, which may be used for the supporting structure. FDM would be used in such applications as low-volume parts manufacturing (includes structural components), as well as single- and multi-part prototyping.

III. Direct Metal Laser Sintering (DMLS)

Direct metal laser sintering (DMLS) possesses certain key features similar to selective laser sintering. These include use of laser and powder. However, in the case of DMLS, the powder is completely melted metal.

The melted metal powder used is free of binder or fluxing agent, which facilitates building parts that possess all desirable properties of the particular original material. This type of object printer has a wide range of uses, including: medical implants, aerospace parts used in high-heat applications and rapid tooling development.

IV. Stereolithography (SLA)

The stereolithography (SLA) printer utilizes two key components: a UV light source and a fluid known as photopolymer. A pool of the light sensitive resin (photopolymer) is present on the build platform, when a UV light source, such as a laser, is aimed onto its surface. Once a single layer is drawn on this liquid surface, the platform moves down to facilitate deposition of the next layer.

Intricate shapes that possess high-quality finishes can be created using SLA. This includes such items as jewelry. SLA is also useful in rapid prototyping.

V. Laminated Object Manufacturing (LOM)

Laminated object manufacturing utilizes sheets of paper, metal or plastic. Such a sheet is fed over the platform and adhered to a previous layer using a heated roller. An outline of each part in every layer is then cut using a laser.

Unlike stereolithography, LOM would only produce less detailed parts. However, such parts would be in full color. This type of printer is also useful in rapid tooling patterns and form/ fit testing.

VI. Inkjet-bioprinting

The process utilized by inkjet printers is quite similar to bio-printing. This typically involves deposition of one dot of ink after another to form shapes. However, bio-printing replaces ink with human cells.

Living cells derived from a patient’s tissue, as well as scaffolding material (include sugar-based hydrogel) make up the object. Since it contains live cells, the printed object is placed in a chamber containing necessary temperature and oxygen conditions that can facilitate cell growth. Once the cells combine and the scaffolding material is extracted, the bio-printed organ can then be transplanted.

Having an in-depth understanding of all these details will help you select the best choice if you want to buy 3D printers online India.

Buy Resin 3D Printers in India with complete after sales support

Buy best Resin 3D printers as they produce incredibly accurate prints, offer a wide variety of materials, and can produce parts relatively quickly. These precision machines used to cost tens of thousands of dollars, but in recent years desktop resin 3D printers have become ridiculously cheap and giving high quality results.

Although SLA and DLP technology are extremely similar in principle, there are slight differences that separate the two.

SLA 3D printing utilizes two motors known as galvanometers. These motors, placed on the X and Y axis, work together to rapidly angle a pair of mirrors to aim a laser beam across the print area, solidifying resin into a 3D model. The layers of the model are broken down into a series of points and lines, which the galvos use to direct the laser beam.

On the other hand, DLP technology uses a digital projector screen to flash a single image of each layer across the entire platform at once. Each layer of the 3D model is displayed as square pixels, meaning that the print is comprised of voxels. Flashforge Hunter is using DLP Technology

As for LCD 3D printing, the process is nearly identical to DLP in that it utilizes projected light to solidify resin layer-by-layer until a 3D model is built. The main difference is that LCD 3D printers use a bank of UV LEDs to project light through a mask of the layer on an LCD panel. In contrast, DLP 3D printers utilize an array of micro-mirrors (each mirror corresponding to a pixel) to either project light, or not, thus creating a mask. Itech 3D Printers uses the LCD technology

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