#reprapfirmware search results

Its starting to come together ready for SMRRF, One last hurdle to go. #SMRRF #3DPrinting #RepRapFirmware #TinkeringTIme

In this episode they discuss (among other topics) forums vs discord. We (Duet3D) are firmly anchored in a forum but have a presence on discord thanks to the wider #RepRapFirmware community and especially Team Gloomy who provide the STM port of RepRapFirmware.

We need your help!🙏 We're looking at how to make it easier to upgrade your printer to harness the benefits of @Duet3D products and #RepRapFirmware. One request is for custom wiring kits. If we did this, which printer should we make a wiring kit for first?🤔

#RepRapFirmware 3.5 can support a scanning bed sensor! Here's a prototype using a LDC1612 breakout board connected to a #Duet3D tool board. youtu.be/969s3J8EEyM

This is the following sequence: (using stall detection homing): * HomeX&Y * Home Z * Home B (then using nozzle touch for): * Home C * Calibrate B&Z * Calibrate C * Calibrate X * Calibrate Y * Calibrate B&Z (second pass) Written in GCode Meta commands in #RepRapFirmware

Now showing at the Duet3D booth at #rmrrf: not just one closed loop axis, but two of them running asynchronously thanks to multiple motion systems supported by #reprapfirmware.

The biggest change we noticed is that when we compile for C++17 the tables of lambda functions that #RepRapFirmware uses to implement the object model go into flash memory, whereas with C++14 they go into RAM.

Sorry to disappoint you, but the peak speed you are getting in that print is nowhere near 500mm/sec. It might be around 100mm/sec, limited by acceleration because the model is so small. Does the Klipper web interface not show the actual peak speed, like #RepRapFirmware does?

Just as you do with #RepRapFirmware too but without needing a Raspberry Pi. And of course you get a web interface, conditional GCode, heater feedforward for high extrusion rates, and much more.

Don't forget that #RepRapFirmware supports heater feedforward to boost heating when extruding at high rates. See docs.duet3d.com/en/User_manual….

Both Duet/#RepRapFirmware and Smoothieboard/Smoothieware provided the facility to upload to the printer's SD card over the network 9 years ago. A few STM-based boards can too using RRF. Several slicers can upload directly. I agree that streaming over WiFi should be avoided.

While you are waiting, why not try it with #RepRapFirmware and Duet3D closed loop drivers?

Can't find a Raspberry Pi for your 3D printer? #RepRapFirmware provides a web interface including GCode animator and height map, input shaping and lots more on Duets and other suitable network-equipped controller boards, without needing a Pi or other single board computer.

Not at all. #RepRapFirmware gives you a web interface, input shaping, up to 15 axes, power fail recovery and much more - a without the additional cost and slow startup of a Raspberry Pi.

Prusa Research has just announced improved thermal safety for their 3D printers by using a thermal model of the hot end, blog.prusa3d.com/mk3s-3-12-beta…. But #RepRapFirmware has had this feature since 2016!

If you don't want the hassle and slow startup that comes with running Linux on a RPi (if you can get one) then an important factor is whether it has an Ethernet or fast WiFi interface, so that it can run #RepRapFirmware and provide a web interface with fast GCode file upload.

It amazes me that #Marlin manages to use the same code base for both modern 32-bit boards and old 8-bit boards with little RAM. Restricting #RepRapFirmware to modern MPUs with enough RAM to run RTOS makes my job easier.

Why not try #RepRapFirmware, the firmware you don't need to compile - which supports input shaping, macros, conditional GCode and much more? Now available not just for Duet electronics but also for STM-based boards such as your SKR Mini.

At every boot... like #RepRapFirmware has done since 2013.

My delta is built for precision so it has 0.9deg motors that need 2x the step rate. That's no problem, but torque is lower at high speed because they have 2x the inductive back emf too. Nevertheless it can maintain > 800mm/sec in a similar test. #RepRapFirmware on Duet 3 Mini.

New goodies arrived today! #RepRapFirmware’s web UI won’t be painfully slow on @BIQU_Hope SKR 1.3/1.4 boards now 😁

Its starting to come together ready for SMRRF, One last hurdle to go. #SMRRF #3DPrinting #RepRapFirmware #TinkeringTIme

When driving LCDs, #RepRapFirmware uses proportionally-spaced fonts and auto kerning, for a more professional look.

CNC pendants galore for Duet electronics with #RepRapFirmware! We have a wired design that connects to the PanelDue port (with pass through for a PanelDue), and a user has a wireless design that connects over HTTP. For details head over to the Duet3D forum.

Makes life soooo much easier when using different materials #3Dprinting @Think3dPrint3d #RepRapFirmware #DuetWiFi @Trinamic_MC

Input shaping is coming to #reprapfirmware! Here's input shaping in RRF reducing ringing on a delta printer.

#RepRapFirmware 2.02 has a new feature called Dynamic Acceleration Control to help reduce low frequency ringing. This is how it helped one of our users, forum.duet3d.com/topic/8256/rep….