Showing posts with label indiegogo. Show all posts
Showing posts with label indiegogo. Show all posts

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:




You-SLS open source desktop SLS 3d printer

German student Lukas Hoppe wants do develop cheapest SLS 3D printer which should be very affordable since it would be open sourced. Since it should use widely available parts it would cost under 2000 USD!



He has started a Indiegogo campaign where you can help him fund this project and get more information:

https://www.indiegogo.com/projects/you-sls-the-first-desktop-open-source-lasersinter

I wish him all the best since we ALL WANT A CHEAP DESKTOP SLS!!! :-)




Aakar Brainboard v2 Indian open source control electronics

Aakar Brainboard v2 is a new modular open source electronic controller board from India .

Here is the summary from the Indiegogo campaign page:
Aakar means Shape in Hindi. Aakar Brainboard v2 is a modular CNC controller board based on LPC1768/69 Cortex-M3 chip. Due to its modular design it allows easier upgrades as per requirements and easy replacement if there is any broken part. It runs on open source Smoothie modular firmware and is targeted at 3D Printers, Laser cutters, CNC Mills, Pick and Place and other small or Mid-size CNC machines. Upgrade your machines for higher performance and features.



Here is more detailed presentation:




Aakar Brainboard v2 tech specs:

Microcontroller
  • NXP LPC 1768 32-bits Cortex-M3 MCU, running at 100Mhz. 512kB Flash, 64kB RAM.
  • Drag and drop flashing : simply drop a new firmware file to the Aakar drive to update.
  • USB2 Composite device : shows to the computer as both a Serial device, and a Mass Storage device ( exposing the SD-card).
  • Ethernet.
Power outputs
  • Up to 3 through hole 10A, Mosfets sharing a power circuit.
  • Up to 2 Mosfets with options of regulated 12V output for Fans.
  • One Mosfet with separate power supply 20A, up to 36V.
  • One optically isolated DPDT relay ~240V,5A for driving AC loads like milling tools or vacuum pumps.
  • Regulated 5V and 12V headers.
  • Two standard servo connector powered from onboard 5V regulator.
Inputs
  • 4 Thermistor (12-bit ADC ) inputs.
  • 6 Endstop inputs.
  • Play/Pause LED and Button
  • Connector for Serial Graphic LCD Panel with encoder and buzzer.
Firmware
  • SD bootloader customized for Aakar Brainboard allows drag and drop firmware upgrades.
  • Runs the highly-modular Smoothieware firmware.
Stepper drivers
  • 3 to 5 Allegro A4983 or DRV8825 stepper driver modules.
  • Each capable of driving bipolar steppers up to 35V and 2A(DRV8825).
  • Microstepping control of individual stepper to give greater flexibility.
Power inputs
  • True single input power operation by configuring jumpers(by default jupers are configured in this state).
  • Main 12-24V (Stepper drivers ) power can be connected using a 5mm screw terminal or standard 2x2 ATX CPU power connector.
  • 5V input can be taken directly from the USB cable or supplied by a 5V switching regulator installed on the board.
  • Series fused input for heated bed MOSFET with seperate power input.
Extensibility
  • Regulated 12V and regulated 5V headers.
  • 1 SPI connector with selectable 3.3V or 5V vcc.
  • 1 SPI/UART connector with selectable 3.3V or 5V vcc
  • 1 I2C connector with selectable 3.3V or 5V pull-ups and vcc.
  • 1 I2C/UART connector with selectable 3.3V or 5V vcc.
  • 1 UART connector FTDI cable compatible pinout.
  • All GPIO pins broken out on headers.
  • 4 LEDs.
  • Stepper signal pins are broken out for connection external stepper drivcers.
  • Serial graphic LCD panel with rotary encoder or push button control panel, many connectivity options.
Design
  • Dimensions are 110x150mm.
Aakar website:



Alligator is new powerful open source control unit for your 3d printer or CNC

Alligator board is a new powerful electronic control unit for your 3d printer or similar CNC device. You can get it for 120 euro on their Indiegogo fundraiser.



Learn more about Alligator board or get your own unit at:

https://www.indiegogo.com/projects/alligator-board-professional-3d-printer-controller

Best of all: Alligator is open source hardware!

Alligator Board Repetier Firmware on Github
























Overview of Alligator versus other boards:


Mini Metal Maker is ready to go to production

Mini Metal Maker is a small metal clay 3d printer developed by David and Lindsay Hartkop. It extrudes special metal clay which is then air dried and fired in a kiln to get metal objects. Ideal for jewelry makers and other small fine metal specialists.
The first version of Mini Metal Maker had a very successful Indiegogo campaign in 2013. Now the new version if fully matured and is on Indiegogo again to move the production of the machines from their home to real factory..
They have developed it from a wooden proof-of-concept to a sturdy production-ready machine ready for this specific metal clay 3d printing market.

Technical specifications:
  • the print bed currently allows for prints up to a 3.15 in cube (8 x 8 x 8 cm)
  • XY resolution: 10 microns
  • Z resolution: 2 microns
  • Extrusion resolution: 250 micron traces with 22 ga. nozzle
  • The device prints with a commercially available jewelry product known as "metal clay." This material is a pre-mixed emulsion of metal particles in a water soluble organic binder. When heated to 1550˚F(600˚C-900˚C) in a kiln, the binder burns away as the metal particles fuse together.
  • The Mini Metal Maker measures 9 in wide, 12 in deep, and 18 in tall (23 cm x 30 cm x 46 cm) 
  • Electronics / software: Arduino Duo with modified open source Sprinter firmware
  • USB port
  • Price: starting from 2100 USD on Indiegogo






















Bronze metal parts for ReRap Wades extruder












Here is a well produced presentation video:



Go and check their Indigogo campaign:

Chocolate 3D printer by Print Arsenal (Update: looks like it is a scam)

UPDATE (21.1.2015):

Looks like the whole campaign is a scam and the printer does not exist:

http://www.3ders.org/articles/20150121-crowdfunding-campaign-for-the-print-arsenal-3d-chocolate-printer-turns-out-to-be-fraudulent.html


OLD POST:

New day new 3d printer. This machine developed by Print Arsenal also extrudes chocolate. It is maybe somewhat pricey, but you decide ...






































Print Arsenal Chocolate 3d printer  technical specifications:



You can find it on Indiegogo:

https://www.indiegogo.com/projects/chocolate-3d-printer

Here is video of printer extruding a chocolate ornament:




Reify Solus DLP 3d printer

There are many new DLP based SLA 3d printers and Reify3D Solus is a new contender in the arena:

Technical specifications and features based on Solus Indiegogo page:
  • build area: 14.5 x 11 cm
  • made from thick, laser-cut anodized aluminum and stainless steel
  • z axis motor has an integrated lead screw with a anti-backlash nut for layer consistency
  • Solus will work with most non-LED DLP projectors and the addition of a close-up filter and adapter, or in the case of the Acer H6510BD, straight out of the box. And since the projector is not enclosed inside of the printer, it can be used to watch movies when you're not printing.
  • As with most DLP printers, the XY build area is dependent on the XY resolution you wish to print at. The maximum XY build area is 14.5 x 11 cm and the maximum height is 20cm. The extendable legs allow for a wide range of resolutions. For the projectors the company has tested the resolutions and build areas are as follows:
SVGA (800x600)
  • 70-180 micron XY resolution
  • 5.6x4.2x20cm - 14.5x11x20cm build area
XGA (1024x768)
  • 50-140 micron XY resolution
  • 5.1x3.8x20cm - 14.5x11x20cm build area
HD (1920x1080)
  • 25-76 micron XY resolution*
  • 4.8x2.7x20cm- 14.5x8.2x20cm build area
  • *25 micron XY resolution is not possible with all HD projectors.
  • Solus has been tested with resins from MakerJuice, Spot A Materials and propriatery formulations. The resin tank is made of acrylic and the peeling material is resistant to almost any chemical, so all resins that cure around 400nm should work. There are already a great variety of material choices ranging from ones as strong as ABS to flexible, castable and even ceramic filled
  • Price: 1199 USD range on Indiegogo



Objects 3d printed on Reify Solus DLP SLA 3d printer







































Here is promo video of Reify Solus:



Solus is on Indiegogo:

https://www.indiegogo.com/projects/solus-a-high-resolution-dlp-3d-printer



FUSE Clamp filament welding device for continuous and multicolored 3d printing








Fuse Camp is small filament welding device that will enable you to permanently connect two pieces of filament on-the-fly. You can attach it to your printers frame which will give you continuous filament if you run out of it or just want to add different color. Looks like a very practical gadget.

The Fuse Clamp is available in two sizes, one to weld 1,75mm filament together and the other for 3,0mm filament. It works with just about any type of spooled material, including ABS, PLA, PVA and Nylon. You can even mix multiple colours together to create multicolor prints without the need for dual extruders.

FUSE was developed by Pedro M. Librero


Fuse clamp Indiegogo campaign where you can get it for some 80 USD or 59 Euro:



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:




MOD-t 3d printer by New Matter





MOD-t is new contender at lowest priced consumer home 3d printer previously held by (still undelivered) M3D Micro. They also claim ease of use and combine their machine with model marketplace developed by Frog.


MOD-t technical specifications

The design is definitely beautiful 

MOD-t vs. other 3d printers

MOD-t with marketplace on iPad






















The Verge also ran a short video on it:




Here is the Mod-t Indiegogo page:

https://www.indiegogo.com/projects/new-matter-mod-t-a-3d-printer-for-everyone

New Matter hompage:

http://www.newmatter.com/

Same as with Mico, there are no independent reviews of this machine or more detailed videos or photographs of real printed objects.


4AXYZ wants to 3d print solid wood with embedded electronics - but how?








4AXYZ started an Indiegogo campaign to raise one million dollars to create high tech wood 3d printing machine and interactive design service. They want to print in full real solid wood and with embedded electronics but they don't mention how or give any technology preview.
This campaign is very confusing with lots of hype words and very little tangible information ...
All the sites are just republishing this campaign without any questions ...
Company site doesn't have much more info either:

http://4axyz.com/about/

We will see what will become of this ... I'm skeptic ...

https://www.indiegogo.com/projects/3-d-wood-a-first-ever-3d-machine-to-manufacture-solid-wood-objects-from-4-axyz#home





T-Bone high performance 3d printing and CNC BeagleBone cape






New and powerful BeagleBone 3d printing and CNCing cape from Germany.

From T-Bone crowdfunding campaign:

The T-Bone is a cape for the BeagleBone Black, dedicated for motion control. These are 3D printers, laser cutters, milling machines, and other applications using stepper motors.
The T-Bone will come preprogrammed for Reprap Mendel 3D Printer. Best kown in the Prusa Mendel or Prusa i3 variant. The Software will include low level drivers, the printer application and a high level Web Interface for control. Just connect your steppers, heaters and sensors, configure the software and you are ready to print.
To join highest performance with flexibility and easy programming, we use a very powerful concept: Hard- and software abstraction layers! User interface, configuration, G-Code interpreter, and path planner are running on the BeagleBone. This makes it easy to use existing open source software components, using the existing toolchain on the Linux operating systems of the BeagleBone. Real-time communication with the BeagleBone is handled by a small microcontroller, placed on the T-Bone. The microcontroller is fully compatible with the Arduino toolchain, so everybody can easily modify it. Complex acceleration and velocity calculations for the stepper motors are done by dedicated motion controllers. These are dedicated hardware components, developed to get the maximum performance out of a given stepper motor without putting any workload to the host system.

The low level drivers for the motion controllers and realtime applications are written with the Arduino IDE in C. The higher level applications for G-Code analysis, motion control and web interface are written in Python. There are no special hardware drivers involved. Most of the hardware can be used on the built in Arduino or BeagleBone Black. All software will be released as open source software on github.

Here are the main features of the basic board: 
  • 5 stepper motor driver (run syncronized, 3 x up to 4 A, 2 x up to 1.5 A)
  • 10 inputs for end switches (two for each axis)
  • 3 inputs for incremental encoders (3 axis supporting closed loop control)
  • 3 inputs for thermistors
  • 1-wire interface for digital temp and other sensors
  • 2 high power outputs (for extruder and heatbed, up to 12 A)
  • 1 mid power output (for fans, LEDs, ..., also expandable)
  • Power supply for BeagleBone (5 V, 1.2A)
  • Input voltage 12 - 24 V
  • For more detailed description of the hardware features see here (to be continued...).

But that's not all. We are planning to create some additional expansion boards with special features. Here are some of the feature we are planning:
  • Support for rotary axis like driller, miller, ...
  • Support for laser cutters
  • External touch panel display
  • Support for other hardware platforms

And you can do even more! The software is easily adaptable to most CNC applications. If you want to connect your CNC mill you do not have to develop it from ground up, just adapt the printing logic a bit.

http://www.tbone.cc/


T-Bone Indiegogo campaign:

https://www.indiegogo.com/projects/t-bone-cape



























Here is detailed video overview of T-Bone:

mUVe open source low cost stereolithography 3d printer







mUVe epecifications:
  • Designed by Dean Piper 
  • The mUVe 1 is an open-source, low-cost stereo-lithographic 3D printer which uses 405nm UV laser to build parts' layers one at a time. 
  • No part costs more than $20 to make or replace, except the reservoir which costs around $50 pre-assembled with non-stick surface
  • uses any Arduino based controller as long as it supports the RepRap GCODE standards. It supports Marlin firmware and you have the ability to address a fan or other accessory through code
  • MicroRax frame making it modular and expandable
  • 8mm hardened steel linear rods and bearings for inexpensive smooth motion
  • build space: 145mm x 145mm x 185mm
  • Standard RepRap Electronics, Marlin firmware required so far. Standard Cartesian control system.
  • Laser Iris Diaphragm allows hugely scalable resolution, .1mm is tested and working.
  • 20mW laser is relatively low power and safer than some alternatives.
  • Replaceable non-stick coating on durable glass ensures long reservoir life.
  • Heated Reservoir
  • Outside dimensions: approx. 330mm x 330mm x 450mm or 12.75" x 12.75" X 18"
  • Priced at $1,699. Kit includes everything, the printer, 1 gallon of resin, laser cut case and tools

mUVe had a successful Indiegogo campaign: 



Project homepage:
































Update (20.3.2014.):


Here is mUVe at MRRF 2014:


SAV MkI 3d printer electronics board

SAV MkI open source control electronics board made by RepRap CloneWars community is on Indigogo now.



From RepRap wiki SAV MkI page:

This 3D printer board electronics has been designed and developed using all the great contributions and feedback from the RepRap CloneWars group in Spain. All shortcomings from other similar boards have been addressed providing an affordable yet feature rich 3D printer electronics. The SAV MkI, improves upon the previous production-grade electronics set (Gen6, sanguinololu) by adding well dimensioned power MOSFETS, SD card support, on-board regulated 3.3V to connect to 3.3V level peripherals such us Bluetooth, as well as improving on USB link's reliability and reducing cost by eliminating the FTDI UART chip.
The SAV MkI is a derivative of Teensylu and the Printrboard, an AT90USB1286 development board originally based on Sanguinololu. The Atmel AT90USB1286 MCU has an on-chip USB, removing the need for the FTDI UART (USB-to-serial) IC. On-chip USB means that you will get faster firmware upload times, communications, g-code transfer and reduce the time file transfers take from the host to the on-board microSD card. The AT90USB connects at any baud rate regardless of firmware configuration, and operates virtually free of serial communication errors/pauses.

In addition, the SAV MkI has broken out the second UART with its levels adjusted to 3.3V logic. You will be able to connect any HC-05 or HC-06 bluetooth dongle to wirelessly control your printer.
Features
Feature rich yet affordable 3d printer electronics. The SAV MkI has been designed after taking feedback from the Clone Wars RepRapers out there. We have come through with an electronics that we believe will meet your expectations.
  • Hotend and heatbed well dimensioned FETs that can take up to 15A without heat-sinks.
  • High speed native USB interface connectivity going up to 12Mbps so that there is no lag on your prints.
  • As opposed to the 38400-115200 baud via FTDI. The end result is: virtually no serial communication errors (common with Sanguinololu and Generation_6_Electronics).
  • 12V built-in fan controller for your layer fan or hot end cooling.
  • Micro SD reader for autonomous printing.
  • Bluetooth dongle (dongle not provided, tested with HC-05 and HC-06) interface adapted to its logic levels for wireless operation.
  • Expansion bus to connect a keyboard and LCD.
  • Support for 4 standard pololu compatible stepper motor drivers.

RepRap Wiki page with detailed information:

http://www.reprap.org/wiki/SAV_MKI

Indiegogo campaign:

http://www.indiegogo.com/projects/sav-mki-3d-printer-electronics


Technical specifications:

Processor

Atmel AT90USB1286 Microcontroller @16 MHz
Native USB interface
Flash: 128KB
RAM: 16KB
EEPROM: 128KB

Supply: 4.2V to 5.5V
Voltage input: 12V-15V
Internal regulated voltage: 5V and 3.3V

Logic supplied by on-board voltage regulator through Vin Logic can also be supplied through USB (internal source selection).
Connectivity
Edge connectors enabling right-angle connections
2 x 15A switching connectors with high power N-MOSFETs.
1 x switching N-MOSFET for low power fan.
1 x on-board uSD connector
Bluetooth interface output levels adjusted for 3.3V logic (connected to UART1 - Rx and Tx).
4 x Endstop connectors supplied @ 5V. Includes X, Y, Z and E
2 x Thermistors
14 Extra pins available for expansion and development, with the following capabilities
UART1 (RX and TX)
I2C (SDA and SCL)
SPI (MOSI, MISO, SCK)
PWM pin (1)
Analog I/O (6)
JTAG (uses some of the ADC pins)
Dimensions: 100mm x 65mm

SW, Firmware and SDK

All preassembled SAV-MkI come pre-loaded with a bootloader and Marlin firmware. You may also upgrade the firmware, modify calibration data for use with another style of RepRap, or perhaps assemble your own board.
Highlights
Marlin (pre-loaded) - Marlin's main branch already supports the SAV-MkI (MOTHERBOARD==83)
you can also get a pre-configured version of Marlin for the SAV MkI.
Bootloader: LUFA's CDC Bootloader
SDK: Arduino IDE with Teensy add-on.
Windows users only, will need to install USB Serial device (will be downloaded with the Teensy environment).

To use a SAV MkI, you will need to load appropriate USB drivers, you can get them from:
Windows-only: USB Serial Device (PRJC.com)
Compatible Firmware
Marlin Marlin: Official support, use (MOTHERBOARD==83)
Repetier List_of_Firmware#Repetier-Firmware: No support yet.

(Other firmwares are currently untested but any firmware for an arduino mega should work with proper pin setup).



Rapide One 3d printer

It looks like PC case aimed at gamers / PC modders that has a 3d printer in it. Beside great design it has no other innovative features and there are no tests or videos of it working. It also uses some custom software and some sort of custom filament cartridges. I'm all for diversity, competition and options and like it's design so hopefully we will see more of it in the future.
































Technical Specifications:
  • Chassis: Aircraft Grade 7 Aluminum
  • Body: Aluminum, Glass, PVC
  • Build Platform: Heated, polished 356F Aluminum
  • XYZ Bearings: Wear-resistant, slider K bearings
  • Stepper Motors: 1.8 degree step angle w-1/16 micro-stepping
  • Layer Resolution Settings: High: 100 microns [0.0039 in] / Standard: 200 microns [0.0078 in] / Low: 300 microns [0.0118 in]
  • Positioning Precision: XY: 11 microns [0.0004 in]; Z: 2.5 microns [0.0001 in]
  • Filament Diameter: 1.75 mm [0.069 in]
  • Nozzle Diameter: 0.4mm
  • Software Supports: Windows (XP 32 bit/7+), Ubuntu Linux (12.04+), Mac OS X (10.6 64 bit/10.7+)
  • Weight: 21 kg
  • Price: unknown, somewhere they mention it will go on Kickstarter or Indiegogo 


http://rapide-3d.com/design.php


Update (5.2.2014):

Her is the update on Rapid One:

The company had successful Indiegogo campaign, they raised 98,201 USD, almost the double of 50,000 USD they aimed for.

http://www.indiegogo.com/projects/rapide-one-affordable-professional-desktop-3d-printer-by-rapide-3d

Here is the Rapid One video:




And detailed tech specs, price and comparison to main competitors:





Bulldog open source universal full metal direct drive extruder

The "Bulldog" is open source (CC-BY-NC) universal full metal direct drive extruder suitable for many of DIY 3d printers and compatible with most j-head mount nozzles.
There are two kinds of Bulldog extruder, “Bulldog Lite” to suit 1.75mm filament only and “Bulldog XL” to suit both, 1.75 and 3mm filament. The "Bulldog XL" comes with geared Nema 17 (5:1).
Drawings will be made available, after their Indiegogo campaign ends.





Bulldog extruder features:

  • symmetric design (you can mount motor motor left or right side)
  • additional 6 mm inner screw thread
  • fully assembled and tested
  • full metal extruder
  • grove mount compatible hotend holder
  • stable and precise extruder drive
  • direct drive extruder
  • HIGH precision gear box NEMA 17 motor (5:1) (Bulldog XL only!)
  • integrated fan into the mount for nozzle cooling
  • can be used as a classic and bowden extruder drive
  • ultra sharp filament pulley
  • easy filament change, just pushing the bar with your hands
  • 100% compatible with most popular hotends. (J-Head old and new version, Merlin hotend, Magma hotend, Prusa Nozzle)

http://www.reprapdiscount.com/

http://www.indiegogo.com/projects/bulldog-extruder-project





3Dsimo - multimaterial 3d drawing pen
































From the 3Dsimo project Indiegogo page:

3Dsimo as a first on the world provides to user the possibility to choose print options on a digital display. The adjustability of temperature and speed of materials throughput now offer amazing opportunities for your creativity. We can handle various materials as ABS, PLA, PVA (water-soluble material), nylon at different temperatures in order to achieve fast filling or even print in the air.
Other options include backlight, turn on preheating or memory for storing settings. These parameters are used to determine the appropriate method of drawing.
Do not be limited by the choice of materials, for example choose between golden, silver, wooden or flexible PLA. Over time, new materials will be increasing due to the growing trend of 3D printing. Our 3Dsimo is fully prepared for this due to configurability of all parameters and thermal feedback for determining the exact temperature.
How it works?
3Dsimo is so simple to use as a pencil. Everyone who have ever draw with pencil will not have a problem to use 3Dsimo. After plugging it in you set the desired speed and temperature according to the material (these data will be appended together with 3Dsimo and new materials will be updated). 3Dsimo is based on the principle of FDM technology thus extruding plastic material through the hot end. If you want to print into the air or create infill of any object you can do it easily and quickly. There is no problem just make your choice. After a while of use you will find that with 3Dsimo you can create fantastic objects.
3Dsimo has many utilization:
Repairing of plastic devices
Bonding and assembling models of 3D printers
Repair abortive print (due to repair you don’t need to enter new several hours lasting print)
Creating jewelry
To implement your ideas
Simply for the joy of modeling

Indiegogo campaign:

http://www.indiegogo.com/projects/3dsimo-the-amazing-3d-pen


www.3dsimo.com


3Doodler is getting more and more competition and alternatives.





Update:

3dSimo rotating platform:

http://diy3dprinting.blogspot.com/2013/10/3dsimo-rotating-platform-adapter.html

here is new generation of 3dSimo:

http://diy3dprinting.blogspot.com/2014/02/new-generation-of-3dsimo-3d-drawing-pen.html

LumiFold 3D printer




http://www.indiegogo.com/projects/lumifold-the-foldable-photo-activated-resin-based-3d-printer

From project page:
  • The smallest Foldable 3d printer!
  • Low Cost 3D printer, costs half of many 3d printers on the market, and it’s portable!
  • Based on standard/cheap 20x20mm aluminum extrusion
  • Easy to use: just unfold, place under a projector, and print!
  • Low energy consumption (approx. 5W)
  • Interchangeable resin bed and platform, including a smaller one for experimenting and printing small parts
  • Max Print volume 90 x 90 x ~90 mm
  • Z resolution up to 0,01mm!
  • The first 3D printer with a 3D Holographic visualization of the printing progress!
  • Laser Scanner Platform kit available, will transform the LumiFold in a 3D Scanner
  • Travel kit with Lithium battery, with the IPad / IPhone control Kit you are ready for printing everywhere in the world!
Priced around 400 $ for the kit.





























Updated video of full print process from unfolding to printed object:


Rubicon - simple and low cost 3d scanner.

It looks like it eats MakerBot scanner for breakfast based on specifications (and price)... future will show ...





























http://www.indiegogo.com/projects/rubicon-3d-scanner/

Update:

Reddit thread on Rubicon with much more information:

http://www.reddit.com/r/3Dprinting/comments/1m115i/rubicon_3d_scanner/

RepRap forum thread:

http://forums.reprap.org/read.php?1,243606,243812



FABtotum Personal Fabricator

Hybrids WILL be the new standard fro desktop manufacturing.






From product page:

FABtotum is a multipurpose tool, the first Low Cost Desktop Personal Fabrication device that can operate a wide range of Computer controlled (CNC) manufacturing processes.
Print, Cut, Mill, Scan, Manipulate. Rinse and repeat!
A seamless interaction between the physical and the digital world.
While Current 3D printers are defined as Personal fabricators, there is so much more to personal fabrication than 3d printing alone! FABtotum allows anyone to explore the endless possibilities of a multipurpose fabrication device.
Thanks to a sturdy structure and unconventional tecnical solutions FABtotum is capable of subtractive machining without compromising 3d printing volumes or printing speeds.
Switching to subtractive mode is easy: just remove and tilt the double sided printing plane and expose the milling plane with built in fixtures to secure your workpiece.
Along with 3/4 Axis Subtractive Machining, Fabtotum is capable of 3-axis hybrid Additive / Subtractive manufacturing, meaning you can work in dual mode without loosing the position or having to move the workpiece.
  • 3D milling on light materials (Balsa, Foam, light wood)
  • PCB milling : make your own circuit boards!
  • Engraving
  • 2.5 D Profiling (cutting) on light materials (balsa,Foam,Light wood)
  • CNC Pre-Drilling
  • 4 Axis machining on light materials.
  • 4 Axis Engraving 
Digital Aquisition:
FABtotum is capable of scanning solid objects thanks to a built in laser scanner (quick scan, medium quality) and one dimension (Z) touch probe digitalizer (hi-accuracy, very slow).
Using this feature you'll be able to unlock a whole lot of potential: scan and print duplicates of solid objects, create new objects with foams or modeling clay and scan them for further editing in a modeling software of choice, or print them in additive mode or cut/mill in subtractive mode.
Most 3d scanners cannot acquire small objects (such as a coin) and a physical digitalizer cannot acquire complex objects without at least 4 axis of freedom.
FABtotum can do both.
Scanning objects means you'll never run out of stuff to print, you'll be able to experiment with shapes or reverse-engineer objects around you, scanning and then duplicating a modified version!
Specifications:
  • Size: 366x366x366mm
  • Printing volume (additive) : 210x240x240mm (24 % in additive mode)
  • Milling Volume (Subtractive) : 210x240x[your milling bit height] mm
  • Scan volume (optical/digitalizer) : as much as accesible (up to printing volume depending on the object shape)
  • Scan Angular resolution: from 83 to 133 steps/degree in 1/16th microstepping mode.
  • CMOS sensor: 1024x768 or above.
  • 4th axis Milling angular resolution: as "Scan Angular resolution"
  • Z layer height: from 0.10 to 0.4 mm 
  • Z level minimum increments: encoder resolution 0,00047mm (0,47 microns) in 1/16th microstepping. (3mm pitch leadscrew / 200 steps *16 * 2 gearbox = 0,000467 = approx 0.47 microns. ,less than half a micron)
  • Additive materials: PLA,ABS : built in protected material storage/coil.
  • Subtractive materials: with onboard motor: Foam,Balsa,Plywood,thin Aluminium, brass alloys (PCB layer).
  • Additive head: 0.35 or 0.45 or 0.5mm nozzle , Bowden extruder. 
  • Subtractive tool: Onboard 30 Watt spindle. standard milling bits (3.25mm diam.)
  • Additional tool: space for tools up to 60mm mounting diameter.
  • Acquisition method: Laser Scanner (line laser) and Z digitizer probe
  • Other systems: mechanical homing endstops, vacuum cleaner port.
  • I/O : USB




















http://www.indiegogo.com/projects/fabtotum-personal-fabricator


http://www.fabtotum.com/

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