Felfil Open Source Filament Extruder
Felfil is a new open source filament extruder from Italy. It will enable you to recreate it in your home workshop and produce filament from pellets.
Felfil homepage:
http://felfil.com/?lang=en
Extruder details and downloads:
http://felfil.com/felfil/
Improved version of FelFil, the FelFil Evo is on Kickstarter:
https://www.kickstarter.com/projects/948513712/felfil-evo-a-filament-extruder-for-3d-printers-mad
Here is video of it:
3DSimo mutlitool and 3d drawing pen
It does eveeeeeeeeeeerything ... but how well?
Foam cutting with hot wire, 3d drawing, burning and soldering ... nice!
3DSimo homepage:
http://3dsimo.com/
It's on KS now:
https://www.kickstarter.com/projects/3dsimo-mini/3dsimo-mini-the-ultimate-creators-tool
Foam cutting with hot wire, 3d drawing, burning and soldering ... nice!
3DSimo homepage:
http://3dsimo.com/
It's on KS now:
https://www.kickstarter.com/projects/3dsimo-mini/3dsimo-mini-the-ultimate-creators-tool
Divergent Microfactories Blade car with 3d printed parts
Divergent Microfactories developed the Blade sports car with ultralight and strong 3d printed parts. It looks great.
Here is the interview about the car:
Blade homepage:
http://www.divergentmicrofactories.com/
Here is the interview about the car:
Blade homepage:
http://www.divergentmicrofactories.com/
Clean your house with 3d printed vacuum cleaner robot, 3d printed broom and antimicrobial kitchen scrubber
I hate house cleaning. I really do. It was a source of many arguments with my girlfriend in the past, but I think she got used to it now.
If you hate it also (or even if you like it), here are some DIY projects that can hel keep your house clean with a help of 3d printer.
We thought about buying roomba vaccum robot but it is just too expensive here in Croatia. There are several homemade Roomba clone projects but Jake Lee made a 3d printable DIY vacuum cleaner robot named Panda.
Here is a video of Panda in action:
If you want to make your Panda, here is a full build guide:
http://www.instructables.com/id/PANDA-THE-ULTIMATE-CLEANING-ROBOT/?ALLSTEPS
Mark Leonard developed a 3d printable broom you can use on your floor.
More detailed guide on how to do it with bridging code and other advanced bridging projects can be found at:
http://www.spyder3dworld.com/spyder-bytes/#!mg_ld=10864
Luckily we do have a dishwasher so I don't have to wash dishes by hand, but if you do you can always 3d print your dishwasher or 3d print a scrubber in antimicrobial Purement filament designed by Jake.
You can find all the files to print it at:
http://www.thingiverse.com/thing:863534
More detailed article:
http://www.digitaltrends.com/home/3d-printed-scrubber/
Happy cleaning! No, I'm just kidding ... I feel your hurt ...
If you hate it also (or even if you like it), here are some DIY projects that can hel keep your house clean with a help of 3d printer.
We thought about buying roomba vaccum robot but it is just too expensive here in Croatia. There are several homemade Roomba clone projects but Jake Lee made a 3d printable DIY vacuum cleaner robot named Panda.
Here is a video of Panda in action:
If you want to make your Panda, here is a full build guide:
http://www.instructables.com/id/PANDA-THE-ULTIMATE-CLEANING-ROBOT/?ALLSTEPS
Mark Leonard developed a 3d printable broom you can use on your floor.
More detailed guide on how to do it with bridging code and other advanced bridging projects can be found at:
http://www.spyder3dworld.com/spyder-bytes/#!mg_ld=10864
Luckily we do have a dishwasher so I don't have to wash dishes by hand, but if you do you can always 3d print your dishwasher or 3d print a scrubber in antimicrobial Purement filament designed by Jake.
You can find all the files to print it at:
http://www.thingiverse.com/thing:863534
More detailed article:
http://www.digitaltrends.com/home/3d-printed-scrubber/
Happy cleaning! No, I'm just kidding ... I feel your hurt ...
Pentacopter drone with 3d printed parts
... just a cool and unusual DIY pentacopter drone design I wanted to share. It uses 3d printed parts in motor housings and probably other structural sections.
It will certainly draw some attention when it flies ...
Project homepage with build log:
http://www.darkbutterflyrc.co.uk/tagged/pentacopter
Here is it flying in the night with LED strips:
It will certainly draw some attention when it flies ...
Project homepage with build log:
http://www.darkbutterflyrc.co.uk/tagged/pentacopter
Here is it flying in the night with LED strips:
Simple DIY sensor for nozzle clogging and print failure detection
Florian Maurer developed a DIY sensor to register nozzle clogging and print failure.
It is easy to make since it consists of a rotary encoder, some thin foam tape, and some 3D printed parts with Arduino used to listen to the grey code from the rotary encoder and send the data over serial to a Python script.
When the filament slows down or stops due to a nozzle clog, the Python script plays a notification sound to let you know that you should check your nozzle and that your print might fail.
Project homepage with more details and Python code needed:
http://www.cuddleburrito.com/blog/2015/6/11/preventing-failed-prints-with-filament-feed-encoder-and-arduino
It is easy to make since it consists of a rotary encoder, some thin foam tape, and some 3D printed parts with Arduino used to listen to the grey code from the rotary encoder and send the data over serial to a Python script.
When the filament slows down or stops due to a nozzle clog, the Python script plays a notification sound to let you know that you should check your nozzle and that your print might fail.
Project homepage with more details and Python code needed:
http://www.cuddleburrito.com/blog/2015/6/11/preventing-failed-prints-with-filament-feed-encoder-and-arduino
Using natural materials to 3d print buildings
Here is an interesting presentation on using different materials like clay, rubber, paper, wood, salt and other for 3d printing of buildings and architectural elements. The presentation is held by Ronald Rael from Emerging Objects.
Company page with many interesting photos:
http://www.emergingobjects.com/
Company page with many interesting photos:
http://www.emergingobjects.com/
Tough Resin from FormLabs
New advances in resin materials with FormLabs Tough resin. SLA is surely being area of slow but steady developments and could take over FDM one day in desktop machines.
Suitable for:
Tough resin homepage:
http://formlabs.com/products/materials/tough/
Suitable for:
- High-impact/high-stress components
- Snap-fit functions and living hinges
- Machining
- Cyclic loading
- Very fine features or thin walls
- Rigid or stiff prints
- High-temperature applications
- Constant loading
Tough resin homepage:
http://formlabs.com/products/materials/tough/
EasyWelder tool for welding filament pieces
EasyWelder is a tool that will enable you to weld and splice filament pieces together.
It is described by manufacturer as:
Here is how it works:
It is priced at 69-80 euro range. You decide if it's worth it. I wander if there are any DIY solutions?
Hackaday.io page: https://hackaday.io/project/5726-easywelder-welder-for-plastic-filaments
Tool homepage:
http://www.i3dinno.com/easywelder-en-p186486.html
Something simillar was developed with FUSE clamp:
http://diy3dprinting.blogspot.com/2014/07/fuse-clamp-filament-welding-device-for.html
It is described by manufacturer as:
3D printers use as raw material plastic filament of about 360 m long, coiled. With a coil, we can make some items. But when there remain only a few meters, it is often impossible to use it. This filament is then unusable or discarded. Considering the price, it's infuriating.
It also happens that the filament breaks during printing or on the coil.
The current size of the filament coils do not allow to print large parts. The best solution would be to link together the filaments of each coil. Thus, the size of the printable parts would be no more limited.
From these findings, I have sought to develop a plastic filament welder to:
- Print large parts.
- Reduce filament waste.
- Combine different colors and / or filament materials.
- Making life easier for 3D printers.
- Saving money.
The EasyWelder can weld the following plastic filaments:
- PLA
- PVA
- ABS
- HIPS
- NinjaFlex and other similar filaments
- PEG
- Nylon
Here is how it works:
It is priced at 69-80 euro range. You decide if it's worth it. I wander if there are any DIY solutions?
Hackaday.io page: https://hackaday.io/project/5726-easywelder-welder-for-plastic-filaments
Tool homepage:
http://www.i3dinno.com/easywelder-en-p186486.html
Something simillar was developed with FUSE clamp:
http://diy3dprinting.blogspot.com/2014/07/fuse-clamp-filament-welding-device-for.html
EasyWelder tool and clamp |
Converting an old toolbox into a DIY 3d printer
Chad Bridgewater is a maker that uses old machines and converts them into 3d printers and other digital fabrication devices. They have a great retro style. See his previous work here, it is a must-study if you are a fan of more rough and raw retro design.
Now he is converting an old metal toolbox into a custom 3d printer. I really like the look and convergence of old and modern. The box he uses is a Huot toolbox that was once used as a "Blower Repair Kit", the toolbox has a fold-down front panel door.
Here is a latest video presentation from video series showing each step of the process:
For detailed build log take a look at:
http://chadbridgewater.blogspot.com/2015/06/boca.html
Another great project Chad!
Here is a latest video presentation from video series showing each step of the process:
For detailed build log take a look at:
http://chadbridgewater.blogspot.com/2015/06/boca.html
Another great project Chad!
5axismaker is next generation of desktop manufacturing machines
WOW! I really dig this concept of five axis multi-tool! It gives you 5 axis CNC machine that includes milling and 3d printing heads, touch probe, hot wire-cutter and a special mount for custom tools. This is probably a dawn of low cost multi-axis and multi-tool digital fabrication devices.
The company that is developing it also created open source Grasshopper script that allows programming of this 5-axis machine.
It was sold on pre-order from Kickstarter campaign for £4,499 (about $7000). The pack included:
5AXISMAKER KICKSTARTER SPECIAL:
Base 5axismaker: 5axis machine + 1 milling tool head + Set of Tools (Touch-probe, 3d printer, Wire-cutter, Adapter for other tools). 5axismaker cutting/making volume 400x400x400 mm.I'm really looking foreward for developments in this field! Only 3 axes is sooo yesterday!
Here you can see a close-up video of conformal 3d printing in 5 axis:
Company homepage: http://5axismaker.com/
Technical specifications: http://5axismaker.com/5x/tech-specs/
KS campaign page:
https://www.kickstarter.com/projects/2003668803/5axismaker-first-ever-affordable-5axis-multi-fabri
Cherry 3d printer can be built for 60 Euro and is based on 28Byj-48 motors
Vulcaman published his Cherry 3d printer that can be built for under 60 Euro since it is based on wood parts and very cheap 28Byj-48 motors.
Technical specifications:
Detailed build guide with BOM and software can be found here:
http://www.instructables.com/id/Cherry-60-3D-Printer/
Vulcaman is known for his more expensive 300 euro Vulcanus 3d printer:
http://diy3dprinting.blogspot.com/2015/05/vulcanus-v1-diy-3d-printer-for-under.html
Technical specifications:
- Buildsize : 10 x 10 x 10 cm
- Speed: 20 mm/s
- Resolution: 0.2 mm
Cherry has a very DIY-ish look :-) Source: Instructables |
Cherry prints 1x1x1 cm cube successfully after calibration Source: Instructables |
Detailed build guide with BOM and software can be found here:
http://www.instructables.com/id/Cherry-60-3D-Printer/
Vulcaman is known for his more expensive 300 euro Vulcanus 3d printer:
http://diy3dprinting.blogspot.com/2015/05/vulcanus-v1-diy-3d-printer-for-under.html
TRINT low cost plywood DIY 3d printer by Kalle Lüütsepp
Kalle Lüütsepp made this simple and low cost wood based small 3d printer. It can probably be sourced for some 150 euro. Hopefully he will open source the build files sometime in the future.
Alle the files to make this printer are available on Thingiverse:
3D printer TRINT with printing area X,Y,Z 140x140x80 mm
Plywood (21mm) parts are CNC-machined in and some details are 3D printed. It can also do without the 3d printed pieces.
Alle the files to make this printer are available on Thingiverse:
Here is the project description:
3D printer TRINT with printing area X,Y,Z 140x140x80 mm
Plywood (21mm) parts are CNC-machined in and some details are 3D printed. It can also do without the 3d printed pieces.
The printer needs:
Here is video of it in action:
Here is a photograph of it:
Update:
Here is a new wooden Trint 3d printer named "TrintCore3D"
Tech specs:
TrintCore3D overview:
All the files and instructions can be found at:
http://www.thingiverse.com/thing:1000309
- stepper motors 40mm 4pcs,
- electronics RAMPS 1.4 with limit switches,
- hot end parts,
- LMUU8 linear bearings 12pcs,
- 8mm shafts 300mm 2pcs, 280mm 2pcs, 230mm 2pcs,
- coupling 5 to 8 1pcs,
- threaded rod 8mm 200mm 1pcs,
- 20 tooth gt2 pulley,
- timing belt gt2 700mm,
- 25 mm long M6 polts 6pcs,
- 20 mm long M6 polts 2pcs,
- steel cross dowel nut M6 4pcs
- flanged bearing 6x15x5 8pcs,
- some M3 polts 25 mm long
- some 3mm wood screw 16mm long
Here is video of it in action:
Here is a photograph of it:
Update:
Here is a new wooden Trint 3d printer named "TrintCore3D"
Tech specs:
- Belts are two planes (corexy)
- External dimensions: 304x287x311
- Printing area: 150x120x100
- Linear bearing: LM8UU 12pcs
- Bearings for belt: flanged (F623ZZ) 3x10x4 24pcs
TrintCore3D overview:
All the files and instructions can be found at:
http://www.thingiverse.com/thing:1000309
Micron3DP COBRA Extruders Line
Micron3DP presents their new COBRA Extruders Line!
The COBRA line includes: the COBRA single extruder , COBRA dual extruder, COBRA J-Head compatible extruder and COBRA bowden/rostock.
The COBRA line includes: the COBRA single extruder , COBRA dual extruder, COBRA J-Head compatible extruder and COBRA bowden/rostock.
Features and technical specifications from product page:
- Excellent performance with flexible materials
- Light weight and compact design
- Extremely fast and reliable printing with flexible materials such as NinjaFlex and PVA
- Small light weight package
- 100% All-Metal enables reliable and continuous printing up to 315 deg c.
- Unlike other extruders (No Teflon tubing or plastic parts inside the hot-end).
- Like all Micron 3DP extruders & hot-ends, the Cobra extruder line comes with the patent pending easily replaceable nozzle and guide.
- It takes less than a minute to switch to a different nozzle size or to a different material, without changing the calibration of the Z height.
- Reliable design: Cobra extruders use a small but powerful 1:13 planetary geared motor equipped with a 304 stainless steel hobbed gear. Including a special tooth profile which provides strong filament gripping.
- Continuous idler bearing with preload adjustment, using 2 set screws
- Easy opening service door that maintains idler bearing preload while opening and closing.
- Short and Smooth filament feeding design that prevents the filament from jamming after passing the hobbed gear.
- Test proven with PLA, ABS, polycarbonate, nylon, Carbon PLA, HPIS, Ninjaflex and PVA.
- High flow rate package available, sold separately.
- Step motor rated current/Phase: 0.67 Amp. Rated voltage/Phases: 6.2 VDC
- Fans: 30x30x10, 12V or 24V (specify)
- Heaters: 12V or 24V (specify), 60 watt
- Thermistors: EPCOS 100K thermistor (B57540G0104F000)
NCS Machine: running 2 live demonstrations simultaneously of SPRING flaghship products
SPRING Technologies Team running 2 live demos with a crowd of spectators hovering around intrigued with the new way of thinking and doing manufacturing.
In the past the emphasis has always been on the part design and manufacturing is always an after-thought. Today with SPRING's new product NCSIMUL CAM, the emphasis has shifted. The focus is now on the manufacturing and on the CNC process / machine.
To learn more about NCSIMUL CAM go to: http://www.springplm.com/spring_newsbis.php?ID=716
Visit us at Booth E171 in Hall 2B at the International Paris Air Show to see a live demo.
Identifying problems on a 3d printer by noises they make
Foam 3d printer
How to embed electronic components into small objects during 3d printing
Jason Brownstein published a detailed tutorial on how to embed electronic components into 3d printed objects as they are being printed. He published the accompanying g-code also so you can adapt it for your projects. he used an example of a Lego block with small led light.
Detailed guide can be found at:
http://www.lunchboxelectronics.com/how-to-embed-electronics-into-a-3d-print
NCSIMUL CAM: Streamline your CNC programming and make your shop floor more flexible than ever
Enrich your existing CAM process with NCSIMUL CAM, a new product within the NCSIMUL SOLUTIONS platform
SPRING Technologies, vendor of software that optimizes the use of NC Machines, announces the worldwide launch of NCSIMUL CAM. This new product delivers agile CNC programming to streamline the current CAM process and provides unparalleled flexibility on the shop floor.
Fully integrated in the new unified NCSIMUL SOLUTIONS V10 platform (including NCSIMUL MACHINE, NCSIMUL TOOL, and NCSIMUL DNC), it embodies SPRING Technologies’ response to today’s issues in CNC machine programming: removing the typical organizational method of tool path generation (CAM), post-processing, G-code verification and simulation and streamlining the conventional CNC programming process.
According to the company, the primary benefits will be significant cost savings and optimal use of CNC machine because of the flexible programming capability. “This is a major new step forward for the company’s product strategy and in the manufacturing industry,” said Philippe Solignac, corporate marketing director for SPRING Technologies.
The company will demonstrate the new product at the Paris Air Show, stand E71, Hall 2B.
NCSIMUL CAM Product Overview
NCSIMUL CAM directly generates verified and optimized CNC programs, while factoring in the physical resources available on the shop floor, including tools, cutting conditions, kinematics and machine controllers.
With this new solution CAM data (APT neutral file / CL-data) and existing CNC programs can be used easily to generate a valid new CNC program in just a few clicks for another machine using different kinematics and controller. This will enable manufacturers to quickly adapt their existing programs to new resources when retrofitting a machine, buying a new one or when a machining process is repurposed. With a conventional CAM process (CAM-Post-Processor-Machining Simulation), this task could take hours, even days. With NCSIMUL CAM, these times are slashed to minutes.
Likewise, if the target machine initially planned for the CAM program is no longer available for maintenance reasons or is already being used to meet production, it will take just one click with NCSIMUL CAM to switch programming to another machine – whatever its complexity (3X to 5X, 5X to 4X…), the type of kinematics (tilting head to table-on-table for instance) or the type of controller (FANUC, Siemens, Heidenhain…).
Thanks to the integration of NCSIMUL Tool database, NCSIMUL CAM provides a direct access to 3D tool data and cutting conditions and automatically reconfigures the tool magazine.
This will provide manufacturers with the level of flexibility they need to achieve rapid switching of scheduled production from one CNC machine to another, making their production means fully flexible and agile.
5 key features of NCSIMUL CAM:
Likewise, if the target machine initially planned for the CAM program is no longer available for maintenance reasons or is already being used to meet production, it will take just one click with NCSIMUL CAM to switch programming to another machine – whatever its complexity (3X to 5X, 5X to 4X…), the type of kinematics (tilting head to table-on-table for instance) or the type of controller (FANUC, Siemens, Heidenhain…).
Thanks to the integration of NCSIMUL Tool database, NCSIMUL CAM provides a direct access to 3D tool data and cutting conditions and automatically reconfigures the tool magazine.
This will provide manufacturers with the level of flexibility they need to achieve rapid switching of scheduled production from one CNC machine to another, making their production means fully flexible and agile.
5 key features of NCSIMUL CAM:
- “Hybrid” programming, taking the pain out of legacy re-use,
- Error-free programming in native NC code, for an all-in-one solution,
- No more external post-processor, streamlining the CAM process,
- One-click re-programming, for complete flexibility,
- Dynamic management of intermediary rough stocks for unrivalled programming comfort
More details click here
3D Printable Modules for Full Size DIY Furniture
Stewart Allen designed 3d printable modules that will enable you to print full size furniture like chairs, tables, shelves etc.
It will take some time to print it and I would like to see a price comparison with store bought furniture but there is much more pleasure in making your own stuff :-)
All the modules can be found here:
http://www.thingiverse.com/thing:834089
It will take some time to print it and I would like to see a price comparison with store bought furniture but there is much more pleasure in making your own stuff :-)
All the modules can be found here:
http://www.thingiverse.com/thing:834089
Funbot Pro all-in-one DIY 3d printer
Cliff Mellangård, Swedish 3d printing guru and creator of excellent low cost Funbot 3d printer is developing an all-in-one DIY RepRap based on Raspberry Pi 2. It has a 7 inch LCD screen and when you connect external keyboard and mouse you have a full 3d printing workstation in one machine.
Here is the Funbot Pro presentation video:
Nice work Cliff! Files for it will be probably available soon since it is still in early development stages.
Update:
Here is the first real print of FunBot Pro with further details explained by Cliff:
Here is the Funbot Pro presentation video:
Nice work Cliff! Files for it will be probably available soon since it is still in early development stages.
Update:
Here is the first real print of FunBot Pro with further details explained by Cliff:
How to smooth your 3d prints with epoxy
TechWizAu made a video describing how he uses epoxy to get a smoothing effect without using acetone.
He uses the Z-Poxy PT-39 30 Minute epoxy to get much smoother surface finish. It is a dual component epoxy with the resin and hardener.
Here is how to video with the entire process and some tips:
I was not aware of this technique and it looks much easier then using acetone. I'm not sure what epoxies are available on my local market in Croatia but I will check it out.
He uses the Z-Poxy PT-39 30 Minute epoxy to get much smoother surface finish. It is a dual component epoxy with the resin and hardener.
Here is how to video with the entire process and some tips:
I was not aware of this technique and it looks much easier then using acetone. I'm not sure what epoxies are available on my local market in Croatia but I will check it out.
Smoothing Vader 3d printed mask with epoxy and a small paint brush |
Kühling&Kühling Hybrid Support Enhancments for ABS models
Kühling&Kühling, the makers of mighty RepRap Industrial, present new advancements in support materials that are soluble and breakable and give very clean and precise prints. They also perfected the Slic3r settings for support printing.
Here is the video presenting the clean break-away support structures for ABS models.
Here is a more detailed blogposts on their homepage:
http://kuehlingkuehling.de/2015/06/02/soluble-support-material-for-abs-models-is-here-live-on-show-at-rapid-tech-2015-june-10-11-in-erfurtgermany/
http://kuehlingkuehling.de/2014/10/14/improvements-for-break-away-support-structures-with-abs-material/
http://kuehlingkuehling.de/2015/06/04/another-sample-abs-soluble-support/
Here is the video presenting the clean break-away support structures for ABS models.
Here is a more detailed blogposts on their homepage:
http://kuehlingkuehling.de/2015/06/02/soluble-support-material-for-abs-models-is-here-live-on-show-at-rapid-tech-2015-june-10-11-in-erfurtgermany/
http://kuehlingkuehling.de/2014/10/14/improvements-for-break-away-support-structures-with-abs-material/
http://kuehlingkuehling.de/2015/06/04/another-sample-abs-soluble-support/
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cody wilson
coffee
color changing filament
colorfabb
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community
company tour
complex 3d print
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conductive ink
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Consumer Electronics Show
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Control
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cool things to 3d print
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copyright
Corner Fix
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cottle boards
creaform
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CT
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dc motor
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Digital Sculpting with Two Models
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dilbert
disabled
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Display Conduit
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documentary
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dremel
drill
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drivers
DRM
drone
dual extruder
dual extrusion
duct tape
duo
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education
eff
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etching
etsy
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eventorbot
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eye glasses
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foam dart
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ford
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FRAC exhibition
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framework
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Front Drilling Cycle
fuel3d
fumes
fun
fundable
furniture
Furniture Design
Future
G Codes
g-code
G00
G01
G02
G02.1
G03.1
G07.1
G32
G33
G40
G41
G42
G70
G72
G73
G74
G75
G76
G77
G78
G79
G80
G83
G84
G85
G87
G88
G89
G90
G92
G94
gallium
game
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Garage shop
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ge
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glue
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google
google glass
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granite
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Grasshopper attractor point
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Grasshopper Graph Mapper
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Grasshopper Image Sampler
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grasshopper planes tutorial
Grasshopper tabs
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guardian
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GUI
guide
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guitar stands
gun magazines
h-bot
h480
Haas Vertical Mill
hack
hacking
Hand carved rocking horse
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handrail process
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harvard
Hass
hbot
hdpa
health
heat chamber
heat gun
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history
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i3
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ip
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limestone
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marble
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matterform
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n
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nylon
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Objet Connex 500
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Onsrud 5-axis router
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openRail
OpenSCAD
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optomec
ordsolutions
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organic printing
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orion
ornament
ornithopter
os
OS X
otherfab
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othermill
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pandabot
Panel Keys
paper
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parametric object by function
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Part Program
partitioning
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pcb
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Peck Drilling Cycle
PEEK
pellet
pen
people
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pet+
pets
phantom desktop
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phoenix
phone
photo
Photoformance
photography
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pico
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PLA
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Plastics
Plastics Overview
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plywood
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polar
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polyamide
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pop culture
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portrait sculpt
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power supply
precission cutter
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princeton
print bed
printhead
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printrbot jr
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protoforge
prototype
prusa
prusa i4
Publishing and Printing
pump
purse
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pva
pvc pipes
pwdr
pypy
python
qr
qu-bd
quad extruder
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quantum ord bot
r360
Ra Ra
radiant
radio
rail
RAMBo
RAMBo 1.2
ramps
rapide
raspberry pi
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Recap
recording
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replicator2
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rhino math
Rhino math plug-in
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richrap
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rocking horse carved by hand
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rolls royce
rostock
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selective laser sintering
self assembly.
sense
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servo
setup KUKA|prc tutorial
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sf
shandong laser
Shapeoko
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shoes
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Shop Built
Side Table
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siemens
sign
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simpson
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Six-N-Sticks
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skimmer
skull
skylar tibbids
sla
slashdot
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slicer
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Slip Casting 3D Printed Objects
slotted
Slovenia
sls
smartphone
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Smoothieboard
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snowflake
soapstone
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solder
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Spectrometer
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Stack Lamination
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stair parts
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Stamps School of Art & Design
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star trek
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stone carving
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SubProgram
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suitcase
sun
Super Matter Tools
support material
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taz 3
taz 4
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ted talks
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textile
the pirate bay
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Thread
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tiger maple
Tips
Tips and Techniques
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tool chain
Tool Data
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torrent
Torus Knot
Torus Knot Table
touch
touch x
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toyota
TPE
Transverse Cut-Off Cycle G75
trident
trinitylabs
trinityone
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tu wien
Turning
turpentine
tutorial
tv
Twist Table
two color 3d printing
type a machines
Types of Plastic
uav
uformia
UK
ultem 2300
UltiController
ultimaker
ultimaker 2
ultimaker 3
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university
university of sauthampton
unrolling
up mini
up plus 2
upgrade
urethane
USA
usb
user interface
using a router to produce a ZBrush model
using china cnc router
uv 3d printing
v-slot
vader
vapor
velleman
veterinary
video
vietnam
viki lcd
virtual reality
virus
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voronator
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voxeljet
VR
Vulture 2
vw
Wallace Detroit Guitars
wally
Walnut Table
wanhao
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wasp
wasp 3d printer
waste
watch
water
water cooling
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way finding sign
WCC CNC
WCC NCT
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wearable
weaverbird
web
web app
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wedding sign cutting
wedding sign decoration cutting
weistek
Welding
West Huron Sculptors
what cnc router can do
whiteant
wideboy
wifi
wikiwep
wind generator
windows
windows 8.1
Windows Keyboard Shortcuts
windows mobile phone
wire
wire bender
wired
wireless 3d printing
wobbleworks
wood
wood carving
wood engraving
wood frame 3d printer
Wood Information
Wood Joint Fabrication
wood portrait
Wood Species
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workflow
working with planes in kuka|prc
workspace
x winder
xeed
xmass
xt
xyzprinting
yale
yeggi
youth
z axis
zach hoeken
ZBrush Basics
ZBrush Decimation Master
ZBrush Figure Sculpture
ZBrush for Rhino users
ZBrush Import and Export to and from Rhino
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ZBrush Shaders Test
ZBrush ZRemesher
zeus
zmorph
zortrax
китайский фрезерный станок с чпу
фрезерный станок с чпу