We’ve been following German RepRap for quite some time, from the evolution of the X1000 3D printer as it was to be debuted at Euromold 2014 and before, with countless headlines regarding their lineup of versatile 3D printing filaments, to a range of other products. We also follow many innovations that are produced by German RepRap users, from 3D printed medical devices to 3D printed electronics product development, and far more.
Founded in 2010, the Munich-based manufacturer specializes not only in making and distributing 3D printers but also develops other solutions such as 3D printing software, scanners, filament, and peripheral accessories. Their client base consists of industrial corporations and businesses, designers, architects, schools, and far more–with a focus on product development and prototyping, as well as mold and model making.
Now, German RepRap’s new, massive 3D printer has a whole host of enhancements (since it was debuted at Euromold) and features that are built to accompany a machine meant for industrial aptitude. It also bears an addendum to its name, as it is now known as the X1000 V2.
With a heated bed and a build envelope of 1000 x 800 x 600 mm (or 39.4 x 32 x 23.6 in), the X1000 V2 is network compatible through an online connection and is accompanied by Simplify3D print software. It also features the Direct Drive DD3 extruder (dual extruder option available), complete with full metal hot end that allows variable contact pressure and uses nozzles with openings of 0.4 to 1mm. Detailed objects are possible with .1 mm layer thickness, but the company points out that this would take longer when users are attempting to 3D print larger parts.
New features have been added for ease in the process of printing also, with a two-point sensor management system for filament that decreases errors in operation, as well as allowing for the user to hit the pause button and change filament. The X1000 V2, with an open architecture, is able to use non-proprietary 3D printing filament as well as PLA, Performance PLA, Laywood, and PVA support material.
Meant to handle the growing need for 3D printing of larger components, and often several parts at once, the X1000 V2 has also been designed to meet an array of considerations regarding safety and performance. This 3D printer’s build envelope closes for safety purposes on operating and also eliminates any chance of air flow or currents interfering with the process. Not only that, there is an optional safety mechanism available for customers who also prefer a fire extinguishing system, with an automatic two-fold CO2 system which the team recommends for flexibility in location and installation of the 3D printer.
|Build envelope (X/Y/Z)*||1000 x 800 x 600 mm / 39.4 x 32 x 23.6 in|
|Print speed||10 – 150 mm/s|
|Travel speed||10 – 300 mm/s|
|Layer thickness (minimum)||0.1 (depending on nozzle)|
|Filament / nozzle diameter (standard)||1.75 mm / 0.8 mm|
|Nozzle options||0.4 / 0.6 / 1 mm|
|Material*||PLA, Performance PLA, Laywood, PVA|
|File transfer||LC touch display, wireless printing via Wifi, Ethernet|
|Options||Heating bed, DD3 dual extruder, integrated
two-fold CO2 fire extinguishing system
|Outer dimensions (L/W/H) approx.||1725 x 1500 x 1320 mm / 67.9 x 59.0 x 52 in|
|Weight approx.||400 kg / 881.85 lbs|
(*depending on equipment)
With a three-month delivery time, the X1000 V2 is now available through resellers and in the US, through 3Dchimera.
Have you used a German RepRap 3D printer or any of their other 3D printing solutions? Discuss your thoughts on this latest 3D printer in the X1000 V2 forum thread over at 3DPB.com.
You May Also Like
Tuning 3D Printed Flexible Materials with Microfluidics Droplet System
As the name suggests, microfluidics is centered around the behavior, manipulation, and control of fluids that have been constrained to a very small scale. Obviously, accurate handling is of the...
3D Printed Respirator Masks Below N95 Standards, Says Virginia Tech Team
We’ve been cautious and careful about promoting 3D-printed COVID safety equipment here at 3DPrint.com. We talked about a general principle of first doing no harm and also discussed safety recommendations...
6K Partners with Relativity Space, Commissions UniMelt to Transform Sustainability in Metal 3D Printing
On the heels of their recent announcement of commissioning the first two commercial UniMelt systems for sustainable production of additive manufacturing (AM) powders, 6K has now partnered with Relativity Space...
Hybrid Drug Delivery Systems Made by Combining FFF 3D Printing & Conventional Manufacturing
Over the last few years, research has shown that 3D printing has a lot of potential for fabricating drug delivery systems. Now, a group of researchers from the Aristotle University...
View our broad assortment of in house and third party products.