Tenflyer Pack of 5 M6 3D Printer Accessories 0.2mm Nozzle for Ultimaker 1.75MM/J-head/E3D Printer


Checking seriously and package best before shipping.

Material: copper.

Size: 12.5mm*8mm.

Screw thread: M6.

Inner diameter: 2MM.

Nozzle precision: 0.2mm

Used for Ultimaker 1.75MM/J-head/E3D Printer.


5 x Nozzles

Product Features

  • Material: copper.
  • Size: 12.5mm*8mm.
  • Screw thread: M6.
  • Inner diameter: 2MM.
  • Used for Ultimaker 1.75MM/J-head/E3D Printer.

Detailed Information available on our Homepage…

3D Printer MK2B Dual Power PCB Heat Bed Hot Plate RepRap Mendel Prusa

Size: 214 x 214 mm / 8.43 x 8.43inch Laminate FR4 1.6+-0.15 mm 2 layer, 35?m copper Red soldermask – both sides White silkscreen – both sides Power input: 12V or 24V Copper plated holes Resistance between 1.0 and 1.2 ohm Note: Before touching, power off the heatbed and wait at least 10 minutes Still hot after powered off Do not leave unattended Keep away from children Package included: 1 x 3D printer PCB heatbed

Product Features

  • Package Contains One Item

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CycleMore 10M 2GT-6mm Rubber Opening Belt + 2Pcs 5mm 2GT-20 Teeth Timing Pulley Wheel For 3D Printer

CycleMore 10M 2GT-6mm Rubber Opening Belt+2Pcs 5mm 2GT-20 Teeth Timing Pulley Wheel For 3D Printer


Accurate transmission ratio, no slip, constant speed ratio can be obtained, is stable and can absorb vibration, low noise, large range of transmission ratio, allowing high linear velocity, high transmission efficiency, compact structure, and also suitable for multi-axle transmission, do not need lubrication, no pollution.

It is a combination of belt transmission, chain and gear drive that respective advantages of the new belt transmission.

Suitable for dishwashers, packaging machinery, motorcycles, automobile, dryer, food machinery, inkjet printer, conveyor, bonders ect.


Rubber Opening Belt:

Type: 2GT

GT2 Pitch: 2mm

Belt Height: 1.38mm

Tooth Height: 0.75mm

Material: Rubber

Length: 10 meters

Width: 6mm

Shape: Open timing belt

20 Teeth Timing Pulley Wheel:

Two M3 keyhole 90° distribution

Outside diameter: 18MM

Tooth number: 20

Tooth pitch: 2mm

Hole diameter: 5mm

Tooth width: 7mm

Package Content:

1 x 10M 2GT-6mm Rubber Opening Belt

2 x 5mm 2GT-20 Teeth Timing Pulley Wheel

4 x M4 top threads

Product Features

  • 100% Brand New Material: Rubber
  • Length: 10M Width: 6MM
  • Belt is rubber, fiberglass reinforced, 6mm Width Timing Synchronous Belt For 3D printer
  • The aluminum pulley has high quality shiny surface appearance and robust construction.
  • Suitable for dishwashers, packaging machinery, motorcycles, automobile, dryer, food machinery, inkjet printer, conveyor, bonders ect.

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New tool could make 3D printing easier, faster

Researchers have developed a new tool that could allow novices design 3D printed objects in minutes that would otherwise take experts hours to make.

Any but the simplest designs require expertise with computer-aided design (CAD) applications, and even for the experts, the design process is immensely time consuming.

Researchers at Massachusetts Institute of Technology (MIT) and the Interdisciplinary Centre Herzliya in Israel aim to change that, with a new system that automatically turns CAD files into visual models that users can modify in real time.

Once the design meets the user’s specifications, they hit the print button to send it to a 3D printer.

“We envision a world where everything you buy can potentially be customised, and technologies such as 3D printing promise that might be cost-effective,” said Masha Shugrina, an MIT graduate student in computer science and engineering and one of the new system’s designers.

For a CAD user, modifying a design means changing numerical values in input fields and then waiting for at least a minute while the programme recalculates the geometry of the associated object.

Once the design is finalised, it has to be tested using simulation software. Those tests can take anywhere from several minutes to several hours, and they need to be rerun every time the design changes.

The new system, called Fab Forms, begins with a design created by a seasoned CAD user.

It then sweeps through a wide range of values for the design’s parameters – the numbers that a CAD user would typically change by hand – calculating the resulting geometries and storing them in a database.

For each of those geometries, the system also runs a battery of tests, specified by the designer, and it again stores the results.

The whole process would take hundreds of hours on a single computer, but in their experiments, the researchers distributed the tasks among servers in the cloud.

The researchers used eight designs, including a high-heeled shoe, a chess set, a toy car, and a coffee mug.

The system samples enough values of the design parameters to offer a good approximation of all the available options.

The researchers also developed some clever techniques to exploit similarities in design variations to compress the data, but the largest data set took up 17 gigabytes of memory.

Finally, the system generates a user interface, a Web page that can be opened in an ordinary browser.

The system automatically weeds out all the parameter values that lead to unprintable or unstable designs, so the sliders are restricted to valid designs.

However, if a particularly sharp-eyed user wanted a value for a parameter that fell between two of the samples stored in the database, the system can call up the CAD programme, calculate the associated geometry, and then run tests on it.

Russian 3D Printer, The VolgoBot 1.0 is Unveiled & Beta Version is Released

volgofeaturedRussia is a country which has really been breaking ground within the 3D printing space as of late. More and more manufacturers of 3D printers and 3D printing materials are coming about, as are retailers who resell these machines. For one company, called VolgoBot, which has been around since 2014, their first 3D printer, the VolgoBot 1.0, has officially been unveiled.

The VolgoBot 1.0 is an FFF-based 3D printer that features a build volume of 200 x 200 x 250 mm, and the ability to print with a minimum layer thickness of just 0.04mm in PLA, ABS, Nylon, PET and flexible filaments.


“The main objective of the project was to develop a model of professional printer, which would be the best in its price range, so we used the best components and the best materials for this purpose,” the founder of VolgoBot, Mikhail Kozenko, explains. “The printer is designed with a clean slate, so many common problems such as: jams in the extruder; the inability to print FLEX rubber-like materials; overheating of the electronics; insufficient and uneven cooling of the printed parts; design flexibility of the printer; inconvenience coil arrangement with consumables, and many others were taken into account at the while it was developed.”

The printer is actually quite a reliable and durable machine, according to Kozenko, and they are currently undergoing internal testing within the company. Currently the beta version of the VolgoBot 1.0 is available for purchase for just 47,000 Russian Rubles (approximately $700), although the final version will be priced at around 70,000 Rubles (approximately $1040).


Some additional specifications of the printer can be found below:

  • Print technology: FFF (Fused Filament Fabrication)
  • Dimensions (mm): 380 x 380 x 420
  • Working area (mm): 200 x 200 x 250
  • Minimum layer thickness (mm): 0.04
  • Consumables: PLA; ABS; Elastic; Nylon; PET
  • Diameter of filament used (mm): 1.75
  • Printer body: Structural steel
  • Firmware: Marlin
  • Software: Cura, Repetier-Host
  • File formats: .stl; .obj
  • Power Consumption (W): 200
  • Weight (kg): 19

VolgoBot also plans to offer exceptional technical support to their customers, providing them with peace of mind should they have any trouble setting up or running their machines. While there are plenty of similar machines on the market today, the VolgoBot 1.0 seems to have what it takes to grab a bit of the market share in Russia, where the competition for 3D printer manufacturers is not quite yet where it is in the United States or Western Europe. What do you think about this new 3D printer from Russia? Discuss in the VolgoBot 1.0 Forum thread on 3DPB.com. Check out the videos below to see the VolgoBot 1.0 in action and get a closer look at the machine itself.

Esun 3mm PVA filament (Polyvinyl Alcohol) Water Soluble, 0.5kg/1.1lb Spool, for Makerbot, Reprap (Mendel, Huxley, Prusa), UP, Cubify, Leapfrog, Solidoodle, Ultimaker, Afinia, Flash Forge and all FDM 3D Printers. Support material for PLA

Esun is a premium filament manufacturer and has been providing OEM services for many top brands.

Our 3D printing filament is tested, and confirmed to work with all FDM (Fused Deposition Modeling) 3D printers. This includes Airwolf3D, Cubify, Flashforge, Leapfrog, Makergear, Makerbot (Replicator and Replicator 2), Printrbot, RepRap (Mendel, Huxley, Prusa), Solidoodle, Ultimaker, Up!.

Non harmful, non-toxic, biodegradable, and environment friendly.

Easily be dissolved in water under normal temperature. Suitable for complex models.

Extrusion Temperature Range: 190℃ to 200℃.

PVA is used as a supporting material on dual extruder printers. PVA works great with PLA.

We stand behind our promise on quality and customer satisfaction.

Search “gudteks” on Amazon to find out all filaments (PLA, ABS, Cleaning, Color Changing, Conductive, PVA, HIBS, Flexible and more) we are selling.

Product Features

  • Non harmful, non-toxic, biodegradable, and environment friendly.
  • Pure raw material, no recycled materials used
  • Low material shrinkage rate,uniform diameter
  • Reinforced spool with bigger inner diameter to allow smoother pull from extruder, unlike most black spool on the market which has a tighter inner diameter
  • 100% Guaranteed Customer Satisfaction, Premium product

Check Out Our Website For Details…

3D Printer Build Platform Tape Sheets for Makerbot Replicator

Fifty Percent Fill’s 3d Printer Build Platform Tape Sheets for Dremel Idea Builder

Our Dremel Idea Builder printer tape is made in the USA and easy to install. No more worrying about PLA not sticking to the platform while you print. 6 inches wide (just like your build platform) so no seam either..

This tough tape is great for multiple prints, and easy to replace, and leaves no residue. A more affordable, cleaner, and easier option than Kapton tape.

Need something you don’t see? or having trouble printing something particular? Shoot us an email! Proud to be an American Company.

Product Features

  • 6 x 9 inch tape – 10 Sheets
  • Perfect for Dremel Idea Builder
  • No Seam, No Air Pockets on build platform
  • Easily Applies to Build Platform
  • Better than 3M 2090 Painter’s Tape

Click Here For More Information