The immediate availability of RatRig at this time is the use of PET-G on the printed frame parts. Here are proposed solutions according to the needs and wishes of each one, with more resistant materials than the kit offered by RatRig. (as long as Rat Rig 3D Printer Community (V-Core / V-Cast / V-Minion) l does not offer equivalence). You will find information in the discussions of the Francophone group
The service provided here specially for EVA and Ratrig is only a printing service. The design released by the designer under CC Licences is respected and mentionned
For BRSs Design, CC licenses ares owned by Florent Broise
The objective is to offer kits according to the requests of each one, in the desired material.
The idea is also to stand out by using industrial grade materials to increase the general quality of the printer, its thermal, mechanical resistance, etc.
Printing with precision ePAHT-CF, PA12CF15 or ABS requires a closed printer (or in any case recommended), a worked profile, a compatible hotend 300 ° C, and a ruby nozzle for the carbon-based filament, for optimum quality. Ordering here saves you from making a significant investment.
| PA12-CF15 | PA6CF20 | ASA | Z-Ultrat | Z-ABS-V2 | |
| Applications/ Notes |
-High temp -Heated chamber compatible 50-176°C -Stiffness +++ -Light ++++ -Low soakink rate -Dimentionnal accuracy |
-High temp -Heated chamber compatible 50-190°C -Stiffness++++ -Light ++ -Parts are annealed |
Heated chamber compatible 50-90°C Stiffness ++ |
Heated chamber compatible 70-95°C Stiffness +++ |
Heated chamber compatible 50-90°C Stiffness++ |
I remind you that completing and validating this form commits you to BRS-Enginnering.
Only the Nema are to be modified, along the length of the axes. The 3 Z axes take the place of the original module.
To know:
-Zmax loss of 35mm
-Validated without XY loss with 5015 mono EVA module
-Compatibility with 7530
-dual 5015 (Y loss)
The HEVORT project proposes a Z mechanism of the same nature, with a magnetic decoupler to absorb the variations of the ball screws (C7).
Inspired and improved in order to offer a reliable, Precise system, without real compromise!
Printing available in ePAHT, PA12CF, ASA Black Mixing planned with the existing Vcore
kit SFU tested: RATTM MOTOR 500mm 1204 BK10 / BF10
For the Vcore 400-500 the NEMA 17 0.9 Z should be avoided because of their insufficient holding torque. Original Rartrig LDOs are recommended!
The system is designed to operate on a properly assembled Vcore. Even a slight mounting error can make it impossible to upgrade or issue during prints. If the parts to be printed are made by the customer, check that the dimensions at the output of the printer are respected. : a bad dimension will block (+ -0.25mm) the assembly. The machine will lose between 30 and 45mm of Z travel (depending on the screws used on the BK10s, the precision of the parts and the assembly) (32mm on the prototype), the same value for the 300, 400, 500. This kit is an optional upgrade, intended for an informed public and having advanced experience, its assembly and / or its function and / or its quality of execution are the responsibility of the customer and are not guaranteed in public view by BRS-E. BRS-Engineering accepts no responsibility in the event of bad sourcing (bad quality and / or bad dimensions sfu), bad assembly by the customer, or bad assembly of the base Vcore. The kit has proven its POC and POW in quality controls at BRS-E as well as at a beta test program, As is, the design works as expected By purchasing the kit, or by having it done by BRS-Engineering, you accept the CGV as well as the previous disclaimer
CGV