Showing posts with label review. Show all posts
Showing posts with label review. Show all posts

My First Impressions With Using ViaCAD

I had some time to play around with ViaCAD and it looks really interesting. I've downloaded the 14-day trial version and used a few simple daily tasks to see how it performs.

First steps in the program interface are very easy and you are greeted with a simple video tutorial on how to create a 3D goblet from 2D drawing in 60 seconds:





From the beginning, I wanted to focus on 3D printing tools which are a part of this CADs features.

The toolbar with 3D Printing tools can be activated in the "Window" menu.
























The interface is fast and fluid.

You can define your printer settings from a list of the pre-defined machine or set it manually:



































To see how other functions work, I imported the Voronoi "Broken benchy" by T-E-C from Thingiverse. It is a more complicated and harder version of the standard Benchy.





























You can check the printability of your model with "3D Print Check" tool. Here is the output screen with some of the errors found, with several being my mistakes of not properly aligning the object or setting the parameters correctly (like print volume).
Very useful!































"Surface normals" tool shows, you guessed it, surface normals :-)






























There are tools to show overhangs and wall thickness.

"Slices" tools will show animated slices base on several parameters, they can be saved into several formats. This is not a slicer which generates g-code for printing.





























"Support structures" tool enables you to create support pieces and attach them with a mouse click.

































With the "Position" tool you can place the object anywhere in selected print volume coordinate manually or with the automatic positions like "Center".

These basic tools were easy to use at this level, time will show how they perform in everyday work during a longer period. For now, I'm satisfied with this CAD software and will continue to us it.


You can get ViaCAD here and test it yourself and download a trial version from PunchCAD homepage:


PunchCAD.com


There are additional 3D Printing "power packs" for ViaCAD with 70+ 3d printing tools, you can see them here:

Punch! PowerPack v10

Here is a video demo:


Maybe I'll get them also in the future. The pack seems to have many tools in one place instead of using multiple apps and sites.

In next post, I'll describe some of my experiences with actual design and learning curve.

Thomas reviews 12 different bed leveling sensors

Herr Sanladerer performed a serious testing run with 12 automobiling sensors and made a video with the results.

Tested sensors were:

  • M8, 2mm inductive sensor (5V)
  • M12, 4mm inductive sensor 
  • M16, 8mm inductive sensor 
  • M16, adjustable distance capacitive sensor 
  • M16, 20mm capacitive sensor 
  • David Crocker's IR sensor 
  • SHARP analog sensor 
  • Microswiches 
  • BLTouch 


Here is the testing video:




The conclusions were:

  • If you have an aluminum bed, I'd go for the 2mm inductive type
  • For a glass-only bed, the BLTouch is a good option
  • With a PEI sheet or other stick-on bed surface, David Crocker's differential IR sensor is also a great alternative
  • The capacitive sensors are too sensitive to use seriously, and the SHARP type is not precise enough. 
  • Inductive sensors with larger trigger distances also work really well, but will need circuitry for adapting to 5V and are much larger than the 2mm type.
Detailed report with many interesting details can be found at:
















Testing 3D Printed Carabiner Strength

MatterHackers crew did a series of strength tests on different 3d printing materials with 3d printed carabiners.




TL:DW: Polycarbonate performed best.

Here is the full test article with all the data:

http://www.matterhackers.com/news/filament-strength-testing

Carabiner 3d printed on MarkForged from Carbon Fiber Nylon

Turnigy Fabrikator Mini Review Compilation

Hobbyking Turnigy Fabrikator Mini is one of the cheapest 3d printers available. Here are several reviews that can help you decide is it worth to buy it.

Here is Herr Thomas:




Here is Dirk's review:




Here is Angus:



Looks it is a relatively good purchase ...

LulzBot TAZ 6

LulzBot released their new flagship the TAZ 6 3d printer. It will be priced at 2500 USD.































Sneak peek:




Here is the setup video:




Here is the features overview. I did not know it has integrated filament wiper tool:




Here is a detailed review by Joel:



Company news release:

https://www.lulzbot.com/learn/announcements/announcing-lulzbot-taz-6

PDF brochure:

https://www.lulzbot.com/sites/default/files/LulzBot_TAZ_6_One_Page_Flyer_v4.pdf

BQ Hephestos V2 3D Printer is Great for Flexible Materials

BQ is well known technology producer from Spain and they have launched their new Hephestos V2 3d printer. It has many powerful features but does not include heated print bed. Reviews show that it is ideal for PLA and elastic filaments due to extruder configuration.




Hephestos V2 Tech Specs:

PRINTING SPEED
  • Maximum: 200 mm/s* Subject to materials, profiles and software used.
RESOLUTION
  • Very high - 50 microns
  • High - 100 microns
  • Medium - 200 microns
  • Low - 300 microns
DIMENSIONS
  • Product without PLA reel: 
  • (x)450 x (y)516 x (z)571 mm (static) 
  • (x)450 x (y)605 x (z)571 mm (dynamic)
  • Product with PLA reel : 
  • (x)450 x (y)516 x (z)661 mm (static)
  • (x)450 x (y)605 x (z)661 mm (dynamic)
  • Enclosure: (x)627 x (y)465 x (z)207 mm
  • Printable area: (x)210 x (y)297 x (z)220 mm
MATERIALS

  • Filament diameter: 1,75 mm
  • PLA, PLA-similar, FilaFlex and other elastomers

EXTRUDER MECHANICS
  • Own design extruder with double drive gear traction setting and filament guide to maintain compatibility with flexible or soft filaments.
  • 0.4 mm nozzle for 1.75 mm filament
  • Finned dissipator with axial fan controlled by firmware (low noise)
  • Cooling blower
  • Sensor specifically designed for 3D printing (auto-levelling)
GENERAL MECHANICS
  • Powder-coated aluminium base and frame
  • Hard chromed bars for the Y axis
  • Lineal ball bearing for the Y axis
  • Recirculating ball bearing guides with flat runner for the X and Z axes
  • Cable chain
  • Flexible couplings for the screwed rods of the Z axis
  • 3-point print bed levelling system with shock absorber
  • Rapid system for changing print bed
ELECTRONICS

  • Proprietary Mega 3D control unit
  • Inductive sensor for automatic calibration
  • LCD display with navigation knob 
  • Power supply unit: 12V 100W
  • Thermistor 100k at the Hot-End
  • Cartrige heater: 12V 40W

SOFTWARE
  • Marlin-derived firmware
  • New features: auto-levelling, manual levelling using inductive sensor exclusively designed for 3D printing, power-saver system
  • Improved user interface
  • Recommended environment: Cura Software, slic3r, Repetier, Kisslicer
  • Files accepted: .gcode
  • Compatible operating systems: Windows XP or later, Linux and Mac OS X or later

It will be priced at 849,90 €.

BQ homepage: http://www.bq.com/uk/hephestos-2


Hephestos V2 Reviews, Tests and Building Process 

Here is an excellent review by well known expert Richard Horne (aka. Richrap) where he also shows his excellent results with flexible filaments in various forms of elastomers.





Blog post with more details:

http://richrap.blogspot.hr/2016/01/building-and-using-bq-hephestos-version.html


Here is Richards video about finalized build, how to build it and some upgrades:






Here is Trevor from 3D Print World Aylesbury with his build log and review:





Glowforge 3D Laser Printer or Laser Cutter and Engraver

Glowforge presents their device which they named "3D Laser Printer". The name itself is somewhat misleading and there are many negative comments about it on this video. It is not an additive manufacturing device but a desktop laser cutter and engraver.

Other than confusing name, the machine itself looks interesting, relatively low in price - USD 1995 on preorder - and comes with model catalog of stuff you can cut or engrave.

Technical specifications:
  • 12” x 20” (Glowforge Basic)
  • 20” by ∞ (Glowforge Pro)Software
  •  Drag-and-drop with live preview
  • Trace mode engraves over drawings
  • JPG, PNG, TIF, SVG, AI, DXF, PDF, & moreHardware
  • Dual cameras: wide angle & macro
  • Custom 40W (basic) / 45W (pro) laser
  • Optical thickness measurement
  • Continuous realtime autofocus
  • Detailed specifications: http://glowforge.com/tech-specs/

Here is a longer and detailed video presentation:




General description video:



Glowforge homepage:

http://glowforge.com/

You can see various things that can be lasercut on Glowforge Pinterest:

https://www.pinterest.com/glowforge/



OPAM water cooled metal hot end

OPAM is a new all metal jot end with water cooling from Singapore developed by Leong Khit. It will be open sourced when the Indiegogo campaign finishes.

The design is simplified by:
  • Combining the nozzle, heater block and heat sink into 1 single piece of SS304
  • Using water cooling as it is far more effective than air cooling
  • Removing any PEEK or PTFE material
The benefits of a One Piece design are as follows:
  • No leaks/jams between the nozzle and heater block's contact surface
  • No galling of the nozzle's thread (since it is built-in as part of the design)
Key Features:
  • 1 piece construction (the nozzle, heater block & heat sink is combined into 1 single piece of SS304) to eliminate jams
  • Water-cooled for high temperature extrusion of up to 350°C
  • Short & Sharp transition from cold to hot portion (just 4mm)
  • Built-in stainless stain nozzle
  • Compact design (Light weight of 40 grams) for high speed printing
  • Price: 60 USD for early-bird backers on IG



It is on Indiegogo now:

https://www.indiegogo.com/projects/opam-water-cooled-hot-end




Here is a detailed review by well known Thomas Sanladerer:




Wanhao Duplicator I3 is new low cost machine (review and modifications)

Wow! 375 USD for steel frame Prusa I3. Prices have surely fallen. Bellow you will find a review and some modifications:





Technical specifications:
  • Printer ships with 3000mm (~10 ft.) Black PLA Filament
  • Extruder: MK10 Single-Extruder (with Steel X-Carriage)
  • Filament Size: 1.75mm Dedicated
  • Layer Capability: 0.1mm (100 microns)
  • Build Envelope: 200mm x 200mm x 180mm
  • Filament Capabilities: ABS & PLA
  • Compatible Software: ReplicatorG (Opensource), Simplify 3D (Details)
  • File Type: Gcode
  • File Transfer: SD Card Slot & USB
  • Warranty: 1 Year Full Factory Warranty (Includes FREE Parts Replacement and FREE Repair)
  • Frame Color: Black Steel Frame
Product page:

http://wanhaousa.com/products/duplicator-i3-steel-frame

There are still no reviews or third party tests but comments on forums are very positive and Wanhao is considered one of the better Asian manufacturers.


Update:

Here is a review of Wanhao Duplicator i3:




Here are some mechanical upgrades and modifications by Vernon Barry:




Here is a guide on how to level and calibrate the platform (sound is low quality but you can use it):




Here is a tutorial on how to use Cura with Wanhao Duplicator i3:




Here isa review by Thomas of a Malyan M150, a 3d printer that looks like a clone of a first version of Wanhao i3. it goes trough several problems and safety issues including possible false certification issues.




Update (18.09.2016.):

Looks like Wanhao issued a recall for their Replicator due to some safety problems. Surprise surprise.
Here is the link to recall and repair instructions:

https://groups.google.com/forum/#!topic/wanhao-printer-3d/ZXzxdP9SUlU

Here is a video of a similar repair due to smoke coming from a printbed spark:


Printrbot Metal Plus 3d printer - now with reviews!

Printerbot has a new flagship 3d printer: The Printrbot Metal Plus. It was released just in time for USA holiday season shopping (Off topic: USA shopping habits and Black Friday look very VERY strange to us European folk - not judging - just sayin').

It looks like very solid machine, but we are used nothing less from Printrbot. Future tests and reviews will surely show that it is a design with high performance.

Update: there are some reviews and test available LOOK BELOW!

Printrbot Metal Plus 3d printer. Source: Make.


Technical specifications:
  • Price: $999 single extruder (w/o heated bed)
  • Model: 1412
  • Build Volume: 10″ x 10″ x 10″ / 254mm x 254mm x 254mm
  • Print Resolution: 100 Microns
  • Print Speed: 80mm/sec max recommended
  • Filament: 1.75mm PLA (sample included)
  • Extruder: Alu Extruder (direct drive). 1.75mm Metal Ubis Hot End with 0.4mm nozzle
  • Auto Leveling: Auto-Leveling Probe works with software to calibrate Z axis height
  • Print Bed: Not heated
  • Construction: Powder coated steel and aluminum body
  • Rails: 12mm Linear Rails
  • Belt: GT2
  • Pulleys: 20 tooth, dual flange GT2 aluminum
  • Electronics: Printrbot Rev F Printrboard with micro-USB connection (cable included) and micro SD card slot for untethered printing
  • Power Requirements: 12V (8 amp) laptop power supply (included)
  • Max Current Draw: ~5-9 Amps
  • Motors: NEMA 17 stepper
  • Assembly Required: No

Printrbot Metal Plus description form the product page:
The Printrbot Plus is constructed of powder coated metal and machined aluminum with open platform for fabricating parts up to 10 x 10 x 10 inches using 1.75mm PLA filament.
The printer head moves on the X (left to right) and Z (up and down) axes, while the print bed moves on the Y (backward and forward) axis. The Mic 6 aluminum bed is extremely flat and works with an Auto-Leveling Probe with the user-chosen software to calibrate the height of the print head. The new 1.75mm Metal Ubis Hot End has a maximum resolution of 100 microns and includes a fan to help solidify the molten filament as it is extruded onto the print bed.
The printer uses open source software and connects to the computer using the included mini-USB cable. Using a micro-SD card (sold separately), the printer can be disconnected from the computer for untethered printing during long print jobs.
Linear rails and carts for stability and smooth movement of the print head and bed. The GT2 belt and aluminum pulley system facilitates precise movement of the print head and bed. The NEMA 17 stepper motors meet the National Electrical Manufacturers Association (NEMA) standard ICS 16-2001.

Here are videos of Printrbot Metal Plus in action:






Printrbot Metal Plus homepage:

http://printrbot.com/shop/assembled-metal-printrbot-plus/

Uptade:

Here are two review and print test videos of Printrbot Metal Plus:




Slic3r stable version 1.1.6 new features and review by James Bruton

Slic3r stable version 1.1.6 is out. Since last time I looked at it it now has many new options like linear gap fill, per-region settings, modifier meshes, pillars / bridge support material, model cutting etc.

Here is a review by James Bruton (known for his 3d printed costumes such as 3d printed Xenomorph). He
explains functions like improved multi-material print handling and others.




http://slic3r.org/releases/1.1.6



Detailed review and usage examples of Dim3W Smart 3D Printing Pen





Barnacules gives detailed review and realistic usage scenarios of Dim3W Smart 3D Printing Pen: He is not satisfied ...
It is also an example of what can you expect from low end Asian clone ...

Technical specification of the pen:
  • 110-240V USA Plug Adapter
  • Ultra-lightweight less than 70 Grams
  • 0.7mm Nozzle & Uses ABS 1.75mm PLA 1.75mm
  • Adjustable Temp Control 50-280 Degrees
  • 3 Various Colors of Filament Included - 10 grams each.
Source: https://www.youtube.com/watch?v=W1-_XNoxZs0







CreoPop 3d drawing pen that uses UV light for ink solidifying






Creopop is new 3d drawing pen that uses UV light for curing of the gel ink material. It doesn't produce any "dangerous" heat but the ink is more expensive then the standard filaments (which you can make yourself in filament extruder even more cheaper). Types of ink include elastic, magnetic, glow-in-the-dark, scented ink, body painting inks, ink that changes color with temperature and ink that conducts electricity made for school science classes.CreoPop is battery operated and charged through micro USB, I wonder if the battery is user replaceable.

http://creopop.com/

It will be on Indiegogo soon.















Here is the CreoPop review by Mashable:




AstroPrint wireless 3D printing platform by 3Dagogo

From the people who brought you 3Dagogo comes AstroPrint wireless 3d printing control platform. They are on Kickstarter now and managed to get funded in on day.



You can see their full campaign here:

https://www.kickstarter.com/projects/306530051/astroprinttm-wireless-3d-printing-software

Here is the summary:
AstroPrint allows you to use any smartphone or tablet as a beautiful and effective 3D printer interface. In addition, we built it to reduce failed prints by offering cloud based slicing that gets smarter over time.
What is AstroPrint?
AstroPrint is a software platform that performs all the functions of your favorite printer controllers and slicers, but with some huge benefits:
  • Wireless Printing - your printer is now wifi enabled!
  • Access from Anywhere - print from your local network or the internet.
  • Beautiful Interface - UI design is incredibly important to us...
  • Cloud Slicing - updates and optimizations are automatic.
  • Slicing Intelligence - recommended settings improve over time.
  • Camera Support - live viewing online & auto updates via text or email.
  • Online File Storage - access your files anywhere, anytime.
  • No Maintenance - self updating.
The AstroPrint platform consists of two parts that operate seamlessly together:
The AstroBox™ allows you to connect to, and control, your 3D printer over wifi from phones, computers, and tablets. The AstroBox can be used standalone, or in conjunction with our free online cloud slicing and file storage services at AstroPrint.com.
AstroPrint.com slices, organizes, and stores your designs in the cloud. In addition, through AstroPrint.com, you can connect to your AstroBox to control your printer.
Who is it for?
  • Beginners to 3D Printing - AstroPrint makes your 3D printer a 1-click-print device. AstroPrint will automagically set the most ideal settings for each of your prints, reducing your failed prints. This is based on your printer and filament manufacturer's suggested settings as well as our expert experience.
  • 3D Printing Power-Users - Let's face it, sometimes you want to twerk every setting in Slic3r, but most of the time you want something super simple, right? AstroPrint has a simple interface, but gives you easy access to every advanced setting you could desire. Also, we organize your gcodes in relation to the STL's they were sliced from. This lets you print hassle free from anywhere, anytime.
How does it work?
Simply plug your printer's USB cable into the AstroBox, connect to the 'AstroBox Wifi' network, and the box does the rest.
Instead of using Repetier Host or Pronterface to control your printer, you can now use AstroPrint straight from your phone, tablet, or computer.
So, what if the internet goes down, you ask? No worries, the box creates its own local wifi network. Using this network you can still control your printer through the AstroBox! Also, your print will not fail because of internet issues. The AstroBox automatically stores your gcode. Once the print begins, it will not need any connection to the internet, wifi, tablet, computer, or phone to proceed normally through the printing process.

When connected to the internet, the AstroBox uses your free AstroPrint.com account to slice, store/retrieve, and organize your files.
The AstroBox can automatically create and manage this account for you, or you can link your box to an existing AstroPrint.com account if you have already created one.
Another great feature of AstroPrint.com is that you can connect to your AstroBox (and therefore, your printer) from anywhere you have internet access. This allows you to check up on your printer, see a live report of your print, start/stop print jobs, and more. If you have a camera installed you can even watch the print as it happens.























AstroPrint homepage: AstroPrint.com

Update (2.1.2015.):

AstroPrint is deveoped and fully functional remote 3d printer management software now. It is open source and runs on Rapberry Pi, you can conrole your machine via web interface and use cloud slicer or any of many many options.  Here is a review by Noe Ruiz of Adafruit:




You can also learn about it with full tutorial on Adafruit learning system:

https://learn.adafruit.com/astroprint-3d-printing


E3D v6 hotend released!


E3D is well known for their excellent hotends. Now they have released new model: the v6. v6 is next-generation full metal hotend for RepRap 3D printers.

E3D v6 hotend

v6 release video:




Here is v6 video  review by Thomas Sanladerer:




How to assemble the v6:




v5 hot end was a success and lessons learned on it influenced the development of v6, Here are desgn guidelines by E3D:
  • Decrease bulk.
  • ​v5 is longer in the Z axis than many other hotends on the market due to significant safety margins in heat dissapation, screw in bowden fittings make bowden hotends even longer.
  • Our printed fan duct is a little bulky in X/Y which can create issues when space under carriages is restricted.
  • Make assembly and maintenance easier for the user.
  • ​Securing thermistors with kapton works well, but is difficult to achieve easily and neatly, especially for the new user. It also makes changing out thermistors a bit time consuming. Cementing in thermistors with fire cement or similar works well, but is messy and difficult, it also makes changing thermistors nearly impossible.
  • The printed fan duct is a bit tricky to remove as it has to be slid off the heatsink either up or down which can be tricky with wiring etc in the picture.
  • Improve support for flexible materials.
  • ​v5 works as well as any other hotend on the market for flexible filaments, however this inevitably means printing very slowly, getting messy prints and having to constantly battle with buckling in the extruder.
  • Flexible filaments are entering the market and have some exceptionally useful properties and we want to enable more people to use them with a better printing experience.
  • Shorten heat up times and increase accurate control of temperature.
  • ​v5 uses a set screw to secure the cartridge which works well, but because of the slight variances in heater cartridges the hole in which the cartridge sits has to have some clearance to allow it to easily slide into place, this affects heat up times and control.
  • Thermistor placement in v5 is close to the surface of the block, which makes things easier when your thermistor has to be insulated with kapton but this has some impact on the precision of the readings.
  • Fix niggling reliability issues.
  • ​v5 has a great track record of reliability with less than a fraction of one percent of users experiencing issues due to manufacturing issues, however we really wanted to eliminate any chance of future defects.
  • 1.75mm Bowden users were experiencing a disproportionate amount of problems, which was traced back (with much help and hard work from Michael Hackney) to nozzle geometry in certain situations needing high extrusion pressures that resulted in starvation of filament flow. 
  • Make different sized nozzles more suitable for their application and each size more identifiable.
  • ​All v5 nozzles share the same shape of tip that lays down the track of filament, we wanted to make the shape of each nozzle more suited to their particular use case and application so people can get the best results from each nozzle size.
  • Because all nozzles share the same shape they are hard to tell apart, particularly when there is plastic residue remaining on the nozzle. We wanted to make it easy to differentiate between nozzles.
  • Make it beautiful.
  • Looks matter! Our machined metal parts look awesome, but with them hidden behind a printed fan duct you can't admire all that wonderful engineering.

v6 on the left compared to v5 on the right.
You can also see that the entire Bowden coupling is contained inside the heatsink on v6.







































v6 technical specifications:
  • Compact size: v6 is now 62mm in overall length, and the new polycarbonate fan duct results in significantly less bulk in X and Y dimensions.
  • Easy assembly and maintenance: All assembly is performed by either clipping or screwing together parts, no messy Kapton or adhesives are needed – The thermistor secures with a neat screw clamp and is insulated with high temperature glass fibre sleeving. Supplied ferrules mean that no soldering is needed.
  • Fast heat-up and better temperature readings: The heater cartridge is secured with a wrap-around clamp for excellent thermal contact, this reduces warm-up times and increases temperature control. The thermistor has been placed deep into the block and near to the nozzle in a close fitting hole for the most accurate readings and fast response.
  • Overhauled manufacturing techniques for increased reliability: The HeatBreak has a radically improved surface finish stemming from updated manufacturing techniques. The nozzle has been optimised for easier flow at low pressures.
  • Improved performance with flexible materials: Internal PTFE tubing runs deep into the hotend and can be arranged so that flexible filaments are constrained in the PTFE tubing right from the drive gear to deep in the hotend. PTFE never enters hot areas and so high temperature capability is maintained.
  • Maintains Compatibility: By keeping our previous mounting dimensions we have maintained compatibility with our plethora of community created mounting systems. Nozzles have kept their M6 threaded dimensions and so are interchangeable between v5 and v6.
  • Universal 1.75mm HotEnd: The incredibly compact tubing coupling system that is internal to the hotend means that we are able to eliminate the 1.75mm Direct and 1.75mm Bowden products and replace them with a single 1.75mm Universal product.

E3D v6 technical specifications






























Here are cross sections of three versions of v6:  from left to Right: 1.75mm Universal, 3mm Direct, 3mm Bowden.


















E3D v6 is priced at £43-£48 range for a kit and £31-£33 for metal hotend only. 

E3D v6 release page with much more details:

http://e3d-online.com/index.php?route=extras/blog/getblog&blog_id=21





FlexyDualie open source dual extruder for printing in hard and flexible materials





James Bruton from XRobots made this review and demonstration of new open source extruder from Aleph Objects creators of Lulzbot. FlexyDualie enables you to print with two different types of filament, one rigid and one flexible (NinjaFlex in this case).

He shows properties of objects printed in flexible and hard materials and software setup needed to get the dual material printing possible.

He uses Autodesk123D Design for the featured objects,  which is free software. Each piece is exported as as separate STL and then the "combine multi-material STL" function is used in Slic3r to generate the g-code to drive the FlexyDualie.

His site with more details:

http://xrobots.co.uk/alien2/index_concept.html

Here is Aleph Objects site with all the data if you want to build it yourself:

http://devel.alephobjects.com/lulzbot/TAZ/accessories/Dual_extruder_w_flexy/ (looks like this link is not working)

or

http://devel.lulzbot.com/TAZ/accessories/flexy-dualie/


FlexyDualie extruder

Hard rims with soft wheel, uni-directional flexible joint and tank track





























Update:

James shows Alien 3d printed costume hand made with this technique here:

http://diy3dprinting.blogspot.com/2014/06/3d-printed-steampunk-alien-xenomorph.html



Compilation of 3Doodler reviews (hint: artistic skill and talent are not included in the package)

I was researching should I buy 3Doodler or not and I made this compilation of video reviews and live demonstrations ... you should get your own conclusions from it ... looks like using it is not as easy as advertised and may require practice (with some artistic skill and talent)...

















Printrbot introduces new full metal Simple 3d printer

Printrbot is well known for its low cost plywood printers. Over at Makezine there is a news that they are releasing the first full metal body machine, the metal Simple. It has larger print volume of  6″x 6″x 6″, Z-axis end-stop adjustment knob and a self-leveling bed. It looks good, and should be very sturdy.

























Here is video presentation of metal Printrbot Simple by Brook Drumm:





Here is video of metal Simple printing:





Here it is on floor of 3D Printshow in NY




http://printrbot.com/

Printrbot metal Simple technical specifications:

  • Price: not available 
  • Release Date: 2014
  • Build Volume: 6″ x 6″ x 6″ (150mm x 150mm x 150mm)
  • Print Resolution: 100 Microns
  • Filament: 1.75 PLA
  • Hot End: 1.75 Ubis Hot End with 0.4mm Nozzle
  • Construction: Steel and Aluminum Body
  • Finish: Powder Coated
  • Print Bed: Semi-Auto Leveling via Software
  • Belt: GT2
  • Pulley: Aluminum
  • Rods: 12mm
  • Product Weight: 8 lbs
  • Print Software: Compatible with Repetier Host and Pronterface

Update (1.3.2014.):

Printrbot just presented new Printrbot Go! v2 larger volume 3d printer:

http://diy3dprinting.blogspot.com/2014/03/printrbot-go-v2-larger-3d-printer.html


Update 2 (20.3.2014.):

Here is Brook explaining evolution of Printrbot from previous designs with many parts to metal body with only five major parts.





Source:

http://makezine.com/2014/02/11/first-look-printrbot-unveils-its-all-metal-3d-printer/

Review of Makeraser

Makeraser is multitool designed specially for 3d printing. it has acetone tool for gluing, repair and finishing and metal spatula / blade to remove printouts from the printbed. Nice product and nice review by Zatopa.com.



Interesting part is that it seams to increase the strength of acetone treated part since it melts together outside layers.
I hope I'll have an interview with Makeraser crew soon, so stay tuned ...

Source:

http://www.zatopa.com/blog/the-makeraser-on-kickstarter/

First post about Makeraser:

http://diy3dprinting.blogspot.com/2013/10/makeraser-3d-printing-tool-for.html



CNC CODE

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