3D systems desktop printer

ProJet CJP 660Pro - Color 3D Printer

Photo-Realistic Color

The ProJet^® CJP 660Pro incorporates professional 4-channel CMYK full-color 3D printing capability to produce stunningly beautiful, photo-realistic full spectrum models to better evaluate your design intent in the colors you had specified. Multiple print heads provide the best range of accurate and consistent colors, including gradients.

High Throughput

With up to 5x–10x faster print speeds than other technologies, you can build large or multiple models at the same time in hours. Increase throughput with the stacking and nesting capability, and select the Draft printing mode to print up to 35% faster.

Low Part Cost

Based on reliable and affordable ColorJet Printing (CJP) technology, the ProJet CJP 660Pro prints parts at up to 7x lower cost than other technologies. Featuring efficient material use, you will eliminate waste and reduce finishing time as no supports are necessary and unused core material is recycled.

“I can see a day when perhaps every department at Durham will have a 3D printer. Being able to quickly and easily turn those 3D designs into physical models using our ProJet CJP 660Pro is fantastic and greatly enhances the research and learning process…”

— Dr. Liz Burd, Durham University (UK)

About this printer

Applications
Benefits
Tech Specs

Applications

Concept modeling
- Communication, sales & marketing models
- Rapid design iteration
- Display/Art models
Simulation models
- Surgery practice
- FEA analysis
- Assemblies visualization
- Ergonomics
Color and texture validation

Benefits

Unique professional quality full CMYK color 3D printing
Fast print speed
Low operating costs
Safe and eco-friendly
Easy post-processing with no supports to remove
Choose from a range of part finishing options to meet your application requirements

Tech Specs

ColorJet Printing technology
Max build envelope capacity (W x D x H): 10 x 15 x 8 in (254 x 381 x 203 mm)
Printing in full CMYK color
High resolution and fine features
Using natural products based build materials
Supported by 3D Sprint^® software as the virtual print volume for file preparation and coloring
Supported by 3DPrint software for printing
Convenient integrated part cleaning station
Effective, safe and easy models infiltration with the down-draft workbench (optional)

3D printing with plastics offers many choices for engineering grade materials, elastomers and composites. Do you need flexibility? Strength? Bio-compatibility? More?
3D print with plastics to build almost anything - used for prototyping, manufacturing, anatomical models and more. Select a plastic material and 3D technology to deliver the characteristics you need.

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ProJet CJP 860Pro

Large-scale, full CMYK photo-realistic color 3D printing

ProJet MJP 2500 Series - 3D Printer

Professional quality parts

Print precision rigid and elastomeric parts with true-to-CAD accuracy, superior surface finish and high-quality edge fidelity for true functional testing. Capable of printing in Ultra High Definition mode, the ProJet^® MJP 2500 Plus makes it possible to print even smaller features, down to 300 microns or finer.
The ProJet MJP 2500 and 2500 Plus are compatible with a wide and versatile selection of VisiJet^® materials, both offering engineering and rigid plastics.

The ProJet MJP 2500 Plus offers additional capabilities, with a broader range of rigid materials available in clear to a number of opaque colors, as well as materials with properties that mimic engineering plastics, elastomers and with high-temperature resistance. Applications include concept modeling, form and fit testing, functional prototyping, fluid flow analysis, rapid tooling, jigs and fixtures and medical applications requiring USP Class VI and/or ISO 10993 certification for biocompatibility.

Speed and throughput

Step up from desktop 3D printing to 24/7 usability and get more parts sooner to design better products faster. The ProJet MJP 2500 printers' industrial print head and optimized print parameters deliver up to 3 times faster print speeds than similar class printers for better efficiency and higher productivity. 3D Connect™ Service provides a secure cloud-based connection to 3D Systems service teams for proactive and preventative support to enable better service, improve uptime and deliver production assurance for your system.

Simplicity

Driven by the powerful 3D Sprint® print client software, ProJet MJP 2500 printers deliver high fidelity functional parts with speed, ease and low operational costs. The new MJP EasyClean System is an incredibly simple and hands-free way to remove supports from MJP parts in under 30 minutes without manual labor. Faster and cleaner batch post-processing simplifies the workflow and allows for same-day design verification, with your most intricate details preserved.

About this printer

Applications
Benefits
Tech Specs

Applications

Concept modeling
- Communication, sales and marketing model
- Rapid design iteration for rigid plastic or elastomeric products
Validation prototyping
- Design verification and testing
- Assemblies validation, including snap-fits
- Water-tight applications, fluid flow visualization
- Functional testing of plastic and elastomeric products
- Functional testing at high temperature
Biocompatible medical devices
Jigs, fixtures and tools
Patterns, dies and molds for rapid tooling

Benefits

Get more parts faster with an effective file-to-finished-part process
Create high-fidelity parts you can rely on
Enjoy exceptional sharp edges and fine feature definition
Greater geometric freedom with easy, hand-free support removal
Choice of plastic and elastomeric materials engineered for performance
Use a MultiJet Printing machine that’s designed for your work environment
Low Total Cost of Ownership (TCO)

Tech Specs

MultiJet Printing (MJP) technology
Maximum build envelope capacity (WxDxH): 294 x 211 x 144 mm (11. 6 x 8.3 x 5.6 in)
High resolution, up to 1600 x 900 x 790 DPI
Capable of printing in rigid, engineering-grade, high temperature resistant, elastomeric or biocompatible materials, in clear or in a range of opaque colors (material compatibility is printer model dependent)
Streamlines design-to-print workflow with the new 3D Sprint software capabilities
Cloud connectivity for predictive and prompt service with 3D Connect
Delivers fast and easy post-processing with the MJP EasyClean System (optional)

Setting the New Standard in 3D Printing
Prepare and optimize CAD data and then manage the additive manufacturing process on your 3D System's plastic 3D printers. 3D Sprint delivers tools that allow you to 3D print better parts without needing high-priced software to achieve it.
A new level of management in 3D production
3D Connect Service provides a secure cloud-based connection to 3D Systems service teams for proactive and preventative support, enabling better service to improve uptime and deliver production assurance for your system.

3D printing with plastics offers many choices for engineering grade materials, elastomers and composites. Do you need flexibility? Strength? Bio-compatibility? More?
3D print with plastics to build almost anything - used for prototyping, manufacturing, anatomical models and more. Select a plastic material and 3D technology to deliver the characteristics you need.

Interested in purchasing this printer?

You must have JavaScript enabled to use this form.

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Last Name

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Company

Industry - None -Academic & ResearchAerospace & DefenseDentalHealthcareManufacturing & PrototypingTransportation & Motorsports

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Area of Interest - Select -Medical Device Design and ManufacturingMedical SimulatorsAnatomical ModelsD2P SoftwareDental Manufacturing and Design Services

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ProJet MJP 5600

Large format, multi-material composite parts in a single build

Figure 4 Standalone

Ultra-fast and affordable for same day prototyping and low-volume production

How to choose a computer for 3D.

Recommendations for 3D masters (part 1)

Lessons and articles 3D Master
How to choose a computer for 3D

This series of short articles was written by Alexander Milovsky, an instructor at the 3D Master training center, as a universal instruction for purchasing a computer for 3D graphics. Read and much will become clear to you. The somewhat straightforward tone of the presentation is due to the fact that the articles were originally intended to be read by close friends of the author who read his blog.

While it is highly recommended to use a regular desktop computer for 3D, there are detailed instructions for choosing a laptop for 3D ( new! ).

Features	Minimum computer	Good computer
Operating system	Windows 10 (64-bit)	Windows 10 (64-bit)
Processor	Intel i5 (or better) minimum 4 cores required	Intel i7 (or better) recommended 6 cores or more
Memory	minimum 4 GB (mandatory expandable)	16 GB minimum (mandatory, expandable to 32-48 GB)
Video card	nVidia GeForce 750/950/1050 or better	nVidia GeForce 760/960/1060 or better ideally 780/980/1080/2080
Disc system	Same as normal computer	SSD drive for system and programs + separate drive for projects and data

Course Total Modeling

A special course by Alexander Milovsky for the training of 3d modeler generalists who are able to create models of any level of complexity and for any task. Read more…

The most common question I get asked by 3D beginners is: What computer should I buy for 3D graphics?

Although this is a thankless task, I will still try to recommend it.

I perfectly understand that everyone has different financial possibilities. Therefore, I will start with the minimum conditions, but then at your discretion.

I’ll clarify right away that we are talking about a computer for work, and I don’t care how suitable it is for games.

So, let's start with the main thing, briefly:

0. The 3D computer is a large desktop computer. NOT A LAPTOP! AND NOT MAC! Not a glamorous silent box, but a healthy ugly bandurina that can buzz like a hair dryer and heat up as well as a battery (well, maybe I got a little excited with the “ugly” one). In a computer for a 3D-shnik, the main thing is performance! And this means that if the performance is insufficient, then something is replaced in the computer (I would like to see how the owner of the MacBook Air will replace the video card). Actually, a 3D life on a Mac is quite possible, but it begins with the words: "now install in parallel with Windows, and now install under Windows ..."

1. 64-bit operating system required .
When purchasing a computer, make sure that it has a 64-bit operating system. It's damn important! Moreover, when buying a new computer, the right operating system will cost you much less. I recommend Windows 10 (64-bit) (now it's the only correct choice).

2. nVidia video card based on CUDA with as much memory as possible on board
Feel free to treat AMD's (ATI) competitor products however you like, but take it on faith that for now, the choice should be made in favor of nVidia's CUDA technology. CUDA technology is required for GPU rendering. This technology is gaining momentum and in the next two or three years it will turn from exotic into the norm. I recommend the GeForce 7xx/8xx/9xx/10xx series (which will be the latest at that time). I strongly DO NOT recommend the Quadro series (pay a lot of money for mediocre performance).

3*. At least 8 GB of memory (and better in one piece)
For modern computers, the amount of RAM should not be less than 8 GB (and it must be expandable up to 16-48 GB). At the initial stage, it is normal to save on memory and buy it minimally, i.e. 8GB and always in one piece (and not two 4GB each, as they usually offer). Do not get fooled by talk about 2-channel operation mode and so on. Believe me, when you need more memory, you will be deep, no matter what mode this memory works in, as long as it is enough.

4*. At least 4 cores in the processor
The most difficult thing with the processor is now. Let me just say that it should have at least 4 cores. No two- or three-core compromises (with laptops, again, a different story). The processor is needed for the final visualization (rendering), therefore, on the one hand, the more productive the processor, the better, but the price can be simply prohibitive. So ask yourself if you would be sorry to just throw this processor away in a year or two at a scheduled replacement. Remember that you don't buy a computer forever. In three years it will become a weak mediocre machine.

Intel or AMD? The most difficult thing is to choose a manufacturer for the processor. My choice is Intel. Although at different times I have had computers and AMD, but for work I choose Intel. I have no confirmation of the correctness of my choice, I can not provide calculations or test data.

The old AMD song about getting better performance for less money is often true, but it's also possible that AMD's six cores will perform as well as Intel's 4 cores. That is why, for reasons of succession of solutions, reliability of specialized software, which 3D applications are undoubtedly, I choose Intel. But it would be wrong to take this as an unequivocal recommendation. So do your best (just don't listen to the boys in computer stores, go and look for render time testing in your future 3D application - this is the only objective test).

Continuation about the characteristics of video cards (part 2) ...

Author: Alexander Milovskiy

Part 1. General recommendations for choosing a computer for 3D
Part 2. Characteristics of video cards
Part 3. Intermediate results
Part 4. Budget solutions
Part 5. Why you need Quadro
video cards Part 6. Recommendations for choosing a laptop for 3D new!

Comparison of Cura and PrusaSlicer (Slic3r)

3DPrintStory

One of the key programs you will need for 3D printing is a slicer. Although 3D printing was invented three decades ago, desktop 3D printers only became popular by 2010. One of the reasons for the availability of this technology is open source software such as Cura and Slic3r.

The development of open source slicers was based on the work of Dr. Adrian Boyer in 2005, who is considered the father of desktop 3D printing. In fact, many of his designs are used today in software (such as slicers) and firmware.

Slicers have come a long way with updates and features that improve 3D print quality and make 3D printers more reliable. Undoubtedly, two of the best slicers available are Cura and PrusaSlicer, which we will compare in detail in this article.

A bit of history

The Cura slicer started as an open source project back in 2011 led by David Bram, who later joined the Ultimaker team. The earliest versions of PrusaSlicer released in 2014 were modifications of Slic3r. They were eventually renamed Slic3r PE (Prusa Edition), which became PrusaSlicer this year.

Both Ultimaker and Prusa Research are among the leading companies in desktop 3D printing, which makes it quite important that they support and develop dedicated slicers.

Well, let's take a closer look at what these slicer software options have to offer!

System Requirements and Cost

Since viewing and rendering 3D models requires a lot of processing power and there is not much of it, it's best to find out what your system is capable of before you get started.

Recommended system requirements for Cura:

OpenGL 4.1 compatible graphics card for viewing 3D layer

Resolution of the display 1920 x 1080

Intel Core i3 or AMD Athlon 64

600 MB on a hard drive

8 GB RAM

Recommended system requirements for Prusasasliceer:

specific requirements for Prusaslicer are officially not provided, but we can assume officially, but we can assume that they will be similar to the requirements of Cura.

Nothing much to add here: both slicers are free and open source, which means that the source code is available for modification. Talking about the slicer scene in general - this has resulted in many improvements coming from external developers. The integration of the most popular of them into official releases has significantly accelerated development.

Features and functions

Cura and PrusaSlicer have accumulated a huge amount of features over the years. We took a look at the latest versions of Cura 4.6 and PrusaSlicer 2.2 to show you what they have to offer. Although both slicers have a lot of features, below we will only look at some of them that have not been seen in other programs for slicing 3D models.

Cura

Compatibility: A unique and incredibly useful feature of Cura is the sheer number of third-party 3D printers that it works great with. While these machines are in direct competition with Ultimaker, hundreds of manufacturers use Cura to sell their products to customers. Chances are, if you have a 3D printer, Cura will support it.

Cura Marketplace: The Cura Marketplace essentially acts as an app store with many user-created and added add-ons. With enhanced functionality, Cura continues to improve and the market continues to grow. If you are interested to know what additional features are available.

Custom Scripts: This community-favorite feature gives you the added ability to pause 3D printing halfway through to insert components such as magnets, fasteners, or even circuit boards into your 3D models.

Connectivity: Cura can connect to wireless boards such as Duet Wi-Fi and Raspberry Pi. This handy feature makes it easy to download files directly to your browser instead of having to do it manually every time.

Special modes and experimental settings: Another unique aspect of Cura is the experimental settings, which are fun to play with. A few examples are windscreen, fuzzy skin, and adaptive layers. Each of these settings can be very useful in your particular case.

PrusaSlicer

Modifier Meshes: Probably one of the most special and unique techniques we've seen with a slicer is the ability to add unique settings to different parts of the same STL! Thinner sections can be made denser without affecting the overall infill, saving time and improving part strength.

Variable Layer Height: Instead of a fixed layer height, users can adjust it. For example, you can have thinner layers where there are more complex elements, and thicker layers on straight sections. This reduces 3D printing time without sacrificing quality. Our article on the topic goes into more detail about the unique Variable Layer Height feature.

G-code with conditions: The ability to add conditional "if" statements to control and insert additional functions such as pause or change color can be very useful.

SLA and MSLA supported: PrusaSlicer can cut models for FDM or MSLA printing in one program. However, for now, the plastic cutting feature is only intended for use with the Prusa SL1.

Connectivity: While Cura can connect to multiple SBC boards, Prusa has settings to connect to FlashAir (an SD card with Wi-Fi capability) as well as AstroBox.

3D Printer Download Queue: With this function, sliced files can be sent to the OctoPrint setup and then printed one by one. Essentially, you can cut all the files at once and then keep them in a queue until you're ready to 3D print.

User interface

The user interface is a key part of any software, as it can enhance or detract from the user experience. Both Cura and PrusaSlicer have different levels of customization, from beginner to expert. This helps beginners get the hang of it faster and start typing earlier, greatly reducing the barrier to entry into these complex software products.

Cura

Overall, Cura's user interface and ease of use are excellent. It's easy to learn, and users can start printing almost immediately, only to progress to advanced settings and customization of individual 3D models over time.

Intuitive interface: in Cura, most of the space is devoted to viewing the assembly area and the model. The settings are hidden in drop-down menus with additional subheadings that logically separate them.

Dark theme: Another interesting feature is the dark theme, which is definitely good on the eyes.

3D Print Estimation: Very useful to see the estimated print time icon that can be found above the slice button after slicing is complete. This allows the user to adjust and optimize their settings based on which part of the print takes the longest time.

Animation Preview: Animation under the preview option helps you check if you forgot anything before you start 3D printing - eg activating helper structures.

Workflow Extensions: Many extensions can be added, including help with systematically saving filenames and adding an SBC or OctoPi to directly upload 3D models for printing.

PrusaSlicer

PrusaSlicer's interface is simple yet effective. Its organization, using modes, categories, and views, is based on intuitive understanding and customization of settings and profiles.

Customization Levels: PrusaSlicer's settings are well organized and allow you to focus on the important settings, no matter what your level.

Setting Groups: Prusa's strategy of placing settings in three separate segments and then separating them into parts is well implemented and provides a user-friendly, intuitive interface.

Smart positioning: PrusaSlicer has a sorting function that automatically arranges 3D models on the desktop in an optimal position. This is very useful when you are printing multiple parts at the same time.

Easy G-Code Insertion: The sliders on the side of the preview window are an intuitive way to add a pause or other custom G-code commands.

Easy Layer Adjustment: The variable layer height feature also has a well organized slider that makes it easy to set the layer height.

Despite the fact that both slicers have tried to make their user interface as intuitive as possible, you still have to spend time and understand it. But rest assured that the best 3D printing experiences and emotions will surely come after a few failed 3D prints!

Company development vector

The origin stories of Ultimaker and Prusa Research are similar: both companies started out as low cost, open source desktop 3D printer manufacturers. Over the years, both have recognized the need to develop their own slicers. Ultimaker bought Cura and Prusa borrowed a lot from Slic3r. While there are many similarities in their growth stories, the two companies have moved in different directions since then.

Cura

Cura has worked more on specialized materials for industrial applications, collaborating with major polymer manufacturers such as DuPont, BASF, Solvay and so on, integrating materials into their marketplaces. In addition, plugins that help Cura work with proprietary CAD software such as SolidWorks, Inventor and NX make the professional workflow more efficient.

Cura's overall trend and direction is to place their desktop systems on site to help companies build custom fixtures, parts and prototypes.

PrusaSlicer

Prusa, on the other hand, is working on making reliable models for hobbyists and small professionals who don't need a wide range of materials.

A great example is Out of Darts, which makes partially 3D printed foam blasters. However, major visual effects agencies are also known to use this slicer.

Like Prusa printers, the slicer is aimed at the community and hobbyists. The company has also begun building a repository of pre-cut parts using PrusaPrinters (25,000+ free 3D models), making it easy for manufacturers to share files and designs.

Community and company support

Cura and PrusaSlicer have amassed a huge following because they are two of the best open source slicers that can run on any 3D printer. The primary forum for discussion is the community forums where people discuss issues, tips and tricks. For both slicers, most of the support from the company is provided in the form of manuals, FAQs, and the like. There is more than enough information on the official forums in the form of guides and videos.

Cura

Cura has never had a dedicated support team to help users with problems using the slicer. However, they have provided a platform for users to discuss the issues and concerns they face. Moderators from the Cura team return to the issues raised. Often these bugs are fixed in new updates and thus the software continues to improve over time. In addition, forum participants try to help each other. Cura also has a dedicated page where users can learn more about each setting.

PrusaSlicer

PrusaSicer also doesn't have a dedicated support team, but its large user base and community post many videos of fixes and updates. However, the Prusa team also publishes videos from time to time about various updates and applications.

Conclusions

We're seeing desktop 3D printer usage evolve from a hobby in garages to a full-fledged sector in industrial production, and much of this development has been driven by free and open source 3D slicing software.

Both Cura and PrusaSlicer have grown into some of the most powerful and commonly used slicing programs. It's great that each team continues to come up with new features that push the boundaries and possibilities of 3D printing.
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