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Modular 3d printing
Figure 4 Modular - 3D Printer
Figure 4® Modular is a scalable, semi-automated 3D production solution that grows with your business, enabling capacity to meet your present and future needs, up to 10,000 parts per month, for unprecedented manufacturing agility. With expandable capacity up to 24 print engines, automated job management and queuing, automated material delivery, and centralized post-processing, Figure 4 Modular’s end-to-end digital manufacturing workflow is ideal for low to mid-volume production and bridge manufacturing. In addition, each printer can run different materials and different jobs as part of a single high throughput line serving a multitude of parts being produced.
Modular Scalability
The base configuration of Figure 4 Modular is comprised of a single printer and a central controller. This can be easily scaled to up to 24 printer modules on a single controller, with layout configuration flexibility, empowering production to rapidly multiply without disruption to the shop floor.
Low Total Cost of Operations
Figure 4 Modular enables companies to move directly into manufacturing from a digital CAD file, bypassing tooling costs and delays to start delivering final parts immediately. This semi-automated solution reduces labor through automated job management and queuing, and an automated material feed system.
Unparalleled Flexibility
Figure 4 Modular’s individual printers enable simultaneous production of a wide variety of part sizes and shapes, in multiple materials for a diverse range of parts for production and prototyping.
Customer Stories
End-to-End Productivity
Fast and easy print jobs preparation, ultra-fast print speeds, post-curing in minutes instead of hours and production management ensure high parts throughput with high accuracy and repeatability.
Broad Range of Materials
3D Systems’ Material Design Center has over 30 years of proven R&D experience and process development expertise.
The broad and expanding range of materials available for Figure 4 Modular addresses a wide variety of applications needs, for functional prototyping, direct production of end-use parts, molding and casting, and includes rigid and durable thermoplastic-like, rubber-like, heat resistant and biocompatible capable materials.
*Note: Not all materials are available in all countries – please consult your local sales representative for availability.
About this printer
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Applications
-
Benefits
-
Tech Specs
Applications
- Replacement of traditional molding and cast urethane processes
- Rapid functional prototyping and fast concept models
- End-use durable plastic parts
- Low volume bridge manufacturing
- Short run production of plastic articles
- Jigs and fixtures
- Rapid tooling -molds and master patterns
- Consumer high temperature applications with transparency
- Elastomeric parts –prototypes of grommets, seals, hoses, weatherstripping, tubes, gaskets, spacers and other vibration dampening components
- Medical applications
Benefits
- Semi-automated solution reduces labor
- Ability to run different part geometries and materials in each print unit
- Scalability enables lower initial system acquisition price
- Rapidly expand capacity as demand increases
- Layout flexibility
- Six Sigma quality and repeatability
- High throughput and productivity
- Same day print and ship
- Low total cost of operations
- Accelerated time-to-market vs.
traditional manufacturing - Eliminate tooling time and cost
- Efficient design iteration
Tech Specs
- Non-contact membrane Figure 4 technology
- Printable build volume (W x D x H): 124.8 x 70.2 x 346 mm (4.9 x 2.8 x 13.6 in)
- Industry-leading 3D Sprint software for file preparation and production
- Cloud connectivity for predictive and prompt service with 3D Connect
- Production-grade materials
- Scalable modular configurations
- Automated material handling
- Individual printer modules can be dedicated to individual materials
- Centralized post-processing (cleaning, drying, curing)
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The broad and expanding range of materials available for Figure 4 addresses a wide variety of applications needs, for functional prototyping, direct production of end-use parts, molding and casting. Chose from rigid and durable materials with thermoplastic-like behaviors, rubber-like, castable, heat resistant, and biocompatible capable materials.
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3D printing with plastics offers many choices for engineering grade materials, elastomers and composites. Do you need flexibility? Strength? Bio-compatibility? More?
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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?
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3D MC7 Prime mini M
3D MC7 Prime mini M - Modular 3D printer-designer, 3D START v2.0 buy at Master Kit. Driver, programs, diagram, reviews, instructions, DIY, DIY
3D MC7 Prime mini M - Modular 3D printer-designer, 3D START v2.0 buy at Master Kit. Driver, programs, diagram, reviews, instructions, do-it-yourself, DIY
You can buy Master Kit 3D MC7 Prime mini M from us - Modular 3D printer-constructor, 3D START v2.0: price, photo, DIY, do-it-yourself, specifications and equipment, reviews, review, instructions, driver, programs, scheme
Master Kit, 3D MC7 Prime mini M, Modular 3D printer-constructor, 3D START v2.0, price, description, photo, buy, DIY, do it yourself, reviews, review, manual, delivery, driver, programs, scheme
https://masterkit.
ru/shop/3210797
Modular printer-designer 3D START v2.0 is designed for DIY 3D printer assembly. The easiest to assemble, compact, fast, portable and very attractive 3D printer from Master Kit.
This set differs from the 3D START v2.0 printer-designer only in that the main modules are supplied pre-assembled, which simplifies the process and reduces assembly time.
Out of stock
17 900
about arrival in stock
Modular printer-constructor 3D START v2.0 do-it-yourself printer is designed for assembling a 3D printer. The easiest to assemble, compact, fast, portable and very attractive 3D printer from Master Kit. nine0003
This kit differs from the printer-constructor 3D START v2.
0 only in that the main modules are supplied pre-assembled, which simplifies the process and reduces assembly time.
Technical characteristics
| Press area XYZ, mm | 155x165x170 |
| Material Material PLAD (1.75 mm) | |
| 0.3 | |
| layer height, mm | 0.1 ... 0.3 |
| Recommended | Repetierhost | 12. at least 5 A |
| Packaging size, mm | 350x250x90 |
Features
- Enhanced frame design with a handle for 3D PRICE PRICE
- Professional components for kinematics
- do not require rations
- do not need to be programmed (firmware loaded, drivers are calibrated.)
- 100% compatibility with the international project REPRAP
- 1 Open Code
nine0003 Device design
Console design is very compact, which allows you to easily place the 3D-START 3D printer in a small workplace. Extruder type - with remote supply of a plastic thread. The feed unit is designed for printing, including with elastic filaments. The open architecture allows for a wide, easy-to-do-it-yourself 3D printer upgrade. (Equipment with heated table, smart controller for offline printing..)
Additional information
Friends, DIYers, electronics engineers, 3D artists and anyone who knows the smell of solder and melted plastic in the 3rd printing process!
We tried to use in this project all your wishes, recommendations, and comments on previous models. Having made a model - "3D START" (modular version), we received quite a lot of criticism from true DIYers. Which one of the main values in such constructors, see the assembly process. The ability to solder the connectors yourself, “flash” the electronics, tighten all the connections “from the heart”)).
Therefore, the main nodes will still be assembled, but it will still have something to work with. nine0143 Below are the main changes that version 3D START v2.0 has undergone.
FRAME
Frame still made of 6mm sanded plywood. But now it is equipped with side stiffeners, which perform, incl. additional functions:
- attachment of the feed unit. (Mirror installation of the feed unit is possible)
- holes for the power connector and the power on / off button.
- holes for fixing and adjusting the Z-axis limit switch
Another important change in the frame is its increase along the Z axis. This change made it possible to increase the maximum height of the printed model from 80 mm to 170 mm.
SMART CONTROLER
For offline printing, the basic version already includes a module for offline control and printing from an SD card. SMART CONTROLLE is a 4-line LCD display with encoder and SD card reader.
BLOWER EXTRUDER PARTS
To print thinner models, sometimes additional cooling of the extruded plastic is simply necessary. nine0143 In the new model, a controlled fan is responsible for this function:
- 12V,
- 40x40x10mm,
- 5500 rpm 2pin
The extruder fan mounting design allows you to mirror the second similar fan for more intensive cooling. Sources in STL are available in the product card on the site.
SNAKE SKIN BRAID
We offer to hide the extruder wiring in a reliable braid, which, in addition to aesthetic qualities, also protects the wiring from external factors: accidental contact of wires with the heating element of the extruder, creases, kinks. nineHome -printer - MC7 printer update
Delivery set
- X-axis drive module with extruder - 1 pc.
- Y-axis drive module with table installed - 1 pc.
- Z-axis drive module - 1 pc.
- Frame with pre-installed plastic feed system - 1 pc.
- Mounting kit - 1 pc.
- USB-com cable - 1 pc.
- Power supply - 1 pc.
What you need to assemble
- 2mm hexagon wrench (included)
- Flathead screwdriver for screw terminals
Setup
- 3D printer core modules come preconfigured.
Error-free assembly requires only adjustment of the print table.
Operating conditions
- Temperature range 15...35 C
Precautions
- Safety - WARNING!
The printer is a hazardous device! DO NOT LEAVE UNATTENDED!
Some parts of the printer can reach temperatures of up to 270 degrees, safety precautions are required. PC.
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Copyright
Furniture on a 3D printer: 3D printing
In this article we talk about making furniture using additive technologies - 3D printing - about the advantages and examples of using this approach in practice and about which technique is best for this apply.
This article was prepared using a publication from the site 3dsourced.com, which was translated and supplemented for you by the Top 3D Group.
You may have once had the idea to use 3D printing in the manufacture of furniture for your home, but you dismissed it, considering this idea too laborious, time consuming or expensive. After all, large industrial 3D printers with a huge print area, like the Farsoon SS403P 3D printer, are usually needed to create large pieces of cabinet furniture, right? nine0003
That used to be true, but now there are ways to use 3D printing in the interior without the need for large-format industrial machines.
Read on - we'll take a look at some of these applications with real examples.
Option 1: Build furniture with the Hangprinter
Designed by Torbjørn Ludwigsen, the Hangprinter is a cable-suspended and movable print unit designed to print large objects as cheaply as possible.
The Hangprinter doesn't fit in a case, its print chamber is the entire room. nine0003
Hoping to inspire others to try frameless 3D printing, Thorbjörn has made the software files for this printer open and free for everyone to copy, use and further refine. Most parts of the Hangprinter can be 3D printed, and the cost of building one yourself is estimated to be as low as $250.
Chris Riley Stool
Introduced in mid-2017, Hangprinter printing immediately began to be tested in the creation of large objects. In the video below - one of the very first examples - Chris Riley's bar stool. nine0003
Such videos showed the strengths and weaknesses of Hangprinter, for example, the ability to create really large objects for relatively very little money and the possible delamination due to the lack of a closed camera.
Chris Riley's Stool printed with offset layers and delamination, and it also took two weeks to print because the Hangprinter was so loud it couldn't be used at night and had to be printed only during the day. nine0003
Hangprinter assembly and operation requires familiarity with 3D printers, an understanding of the mechanics of how they work, skills in working with electronics and debugging devices, but there are also detailed instructions for beginners, as well as a small but growing community of other Hangprinter users who can be contacted for help.
For those who are willing to put up with the disadvantages described above, or are confident that they can avoid them, Hangprinter remains the most affordable and affordable way to create fully 3D printed furniture. nine0003
Option 2: 3D printed furniture on a large 3D printer
3D printed furniture from the “Print Your City” project.
This model may not fit in your desktop printer.
The second method is to use a stationary 3D printer with a really large print chamber
Print Your City
The “Print Your City” project, for example, uses a 3D printer to print street furniture and other small architectural forms, consisting of a robot and a fenced indoor area equipped with a special printing platform. nine0003
Last but not least, plastic for printing is made from recycled waste.
Despite the simplicity of the idea itself, this method of manufacture is beyond the reach of most people. Large 3D printers not only take up a lot of space, sometimes entire rooms, but are also incredibly expensive. Large industrial 3D printers like the Farsoon HT1001P can still cost hundreds of thousands of dollars.
Because of this, very few furniture projects are carried out by individuals, usually by businesses or very passionate enthusiasts, and the Wilkhahn Printstool stool shown below is an example of both. nine0003
Wilkhahn Printstool One
Designed by Thorsten Frank and produced by Wilkhahn, this 3D stool was produced on an industrial 3D printer and is available as part of Wilkhahn's premium office furniture range.
Wilkhahn is a German furniture manufacturer that strives to differentiate itself from its competitors.
“Unlike almost any other office furniture manufacturer, Wilkhahn stands for designs made in Germany all over the world. It offers high-quality office and dynamic conference furniture that sets the benchmark for the entire industry,” the company says. nine0003
Printstool One is one of the few 3D printed pieces of furniture available commercially. It takes several hours to create and assemble, including 3D printing the base and attaching the seat.
The base is printed with lignin, an organic biopolymer that decomposes in nature.
Although the Printstool One is a commercial product, it is not easy to obtain. It is not part of the main Wilkhahn catalog and was released in a limited edition of 500 pieces.
The price for this stool has not been disclosed and probably depends on options, seat material, for example. But given that regular stock stools in this manufacturer's catalog range from $266 to $660, it's safe to assume that the Printstool One costs at least $500, making it quite an expensive plastic stool. However, overpayment for exclusive furniture is a quite common phenomenon. nine0003
In recent years, 3D printing has become more and more accessible. Most likely, this will also affect its large-format sector.
RH Engineering & ManoFigura - furniture for the home
"Magna Patero Ortus" - 3D printed sink RH Engineering & Manofigura .
In mid-2020, this pair of German designers broke into the luxury furniture and interiors segment with their signature Manoveneer finishing technology and large-scale 3D printing. nine0003
Their favorite printer is the BigRep One, large enough to print furniture, with a 1005 mm³ displacement, and costs around $39,000, depending on specifications.
The production process begins with 3D printing of craft furniture based on the client's design, then the ManoVeneer branded coating is applied to the product. What Manoveneer is made of is a company secret, it is only known that the coating is waterproof, can imitate the texture of natural stone and weighs very little.
Option 3: modular printing on a small 3D printer
Large 3D printers will always be a barrier to 3D printing furniture due to their size and cost, prompting designers to look for ways to stop using them, turning to smaller 3D printers and printing smaller parts for later assembly.
Supermod 3D printed wall
3D printed Supermod wall.
Designed by the founders of Simplus Designs, the Supermod shelving wall consists of individually printed modules that snap together. nine0003
Supermod was created for decoration, visual division of the room into zones and storage of small things in cells. As a modular system, Supermod bypasses the need for large scale 3D printers. While the assembled wall may be taller than most people, each module can be printed on an affordable desktop 3D printer.
The next method involves using 3D printed parts in combination with conventional ones, such as a table top shield or wooden legs, giving the 3D printed components the role of fasteners and framing elements. This is the most accessible way for a wide range of makers to use 3D printing in the creation or repair of furniture. nine0003
Option 4: 3D printed parts as accessories
John Christie's Saul Dining Table and Chairs
John Christie, who has been designing custom furniture for over 20 years, returned to university at 40.
“During my studies, I became interested in 3D printing and how I could integrate it into the traditional furniture making process. In my projects, I studied how 3D printed parts can be used in the production of furniture.”
John is best known for his Saul Dining Table and Chairs. The table is a handcrafted piece of wood with 3D printed connections.
The author suggested that his connection system would provide "greater customization options, reduced production time and waste" when applied to existing pieces of furniture.
This furniture set was exhibited at the Royal Academy of Arts in Edinburgh in 2016. nine0003
This is a craft project to sell products, but similar technology has been used by amateur authors as well.
Alexandre Chappelle Furniture
Designer and YouTuber Alexandre Chappelle has documented the process of making his own wooden table with 3D printed connections. As with John Christie's project, the only 3D printed parts on this table were the articulations, while the rest of the table's parts were made from wood using conventional hand tools. nine0003
The chair is another creation of Alexandre Chappelle.
The author has posted the STL files and instructions on his personal website, where they are available for as little as $5.
This is perhaps the most affordable way to 3D print your own furniture, although the fact that John and Alexander's designs are mostly made from wood begs the question: is using 3D printed fittings 3D printed furniture?
What technique should I use to 3D print furniture? nine0043
So which of these methods can you use for your own furniture project?
If you are a professional studio or independent designer with the necessary funds and you have a project that needs to be printed reliably and with high quality, then a large 3D printer will be the best option.
