kodama trinus 3d models

Adapter Plate for Kodama Trinus 3D Printer. I relied on it to achieve perfect bed leveling. Do this instead: Level the bed as well as you can. Next, print the adapter plate directly above the print bed screws - expect trial and error. Place your...

... asked for the plans, so here's a link to the Fusion 360 file. Please post your remixes if you make modifications based on the file! http://a360.co/2q0TopF Print Settings Printer: Kodama Trinus Rafts: Yes Supports: No Resolution: 0.1 Infill: 80%

This enclosure's spool holder is designed specifically for the Kodama Trinus system.

This is a spool holder designed specifically for the Kodama Trinus, which prints directly on the Trinus device without needing any additional hardware beyond what comes with the printer itself - in this case, just the two screws provided. ...All...

... up to 60cm in width. ... Print Settings: Printer: Kodama Trinus Rafts: Disabled Supports: None required Resolution: 0.2mm printing resolution Infill: 10% infill density Notes: Non-flexible filament is recommended for this print, and PLA works well.

A lot of people received one or more broken corners for the enclosure of their new Kodama Trinus 3D Printer, so I've created this file to enable those individuals to print their own corner and temporarily fix this issue until Kodama provides a real...

I replaced my old anti-vibration feet with Kodama Trinus units, which I found to be ineffective at dampening vibrations that transferred directly into the cabinet holding my printer. To mitigate this noise issue, I designed and printed new feet...

Print Settings: Printer: Kodama Trinus Rafts: No Supports: Yes Resolution: 0.15 Infill: 15% Notes: Please print the base plate upside down since only the surface that will come into contact with the Y-Axis cart needs to be smooth. Assembly...

A case for the community programmed Nextion display for the Kodama Trinus 3d Printer, if you want to make one read this forum post: https://www.kodamaforums.com/phpBB3/viewtopic.php?f=17&t=1920&sid=eff8ae7c7701d98a6f53b0aa71d939be&start=190. The...

A case for the community programmed Nextion display for the Kodama Trinus 3D printer has been created, and those interested in making one should read this forum post:...

**Printing Parameters** Printer: Kodama TRINUS 3DPRINTER Nozzle: 0.4mm Layer height: 0.15mm Extruder temperature: 225°C Heated bed temperature: 100°C Printing speed: 40mm/s Fill pattern: Rectilinear Infill: 40% Rafts: Yes Supports: Yes Single...

Mounting the PCB Duct for Your Kodama Trinus Requires a Specific Cooling Solution. In order to successfully install this crucial component, you will need to secure a reliable heat dissipation system in place. ...To achieve this, it's essential to...

Printer Settings Printer: Kodama Trinus 3D Rafts: They Don't Matter Supports: Yes Resolution: 200 Microns Infill: 40 Percent Notes: The smoother the surface of this guide, the better it will perform. ... Post-Printing The filament guide is inserted...

... mounting points. A cable holder is now integrated into the back of the design. Print Settings: Printer: Kodama Trinus 3D Rafts: Not required Supports: Yes, enabled by default Resolution: 0.1mm layer thickness Infill: 20% dense infill pattern

This is a precision-crafted 5mm thick spacer block designed specifically to fit snugly underneath the Z-axis towers on the Kodama Trinus. By installing two of these blocks, you can recover valuable print volume height that's been lost due to glass...

This 3D printed part was designed specifically for use with the Kodama Trinus extruder head cables, requiring minimal modification - simply wrap electrical tape around the cables first and then slip this snugly over them. The round section has an...

... outstanding filament guide slightly by implementing this design tweak. ...As I supply my Trinus with filament from the side rather than from behind, I discovered that adding a 20-degree incline to either side of the central opening was beneficial.

Modified middle plate allows for restored z-height when installing Kodama leveling bed. To achieve a solid piece capable of carrying the weight of the extruder, we recommend printing with ABS or other high temperature tolerance filament at increased...

I tweaked the axis screws on my trinus to the absolute maximum allowed by both the printer firmware and heated bed dimensions, which yielded the following settings: X-axis at 120mm, Y-axis at 124mm, and Z-axis precision dialed in at a mere 0.2mm. To...

Fan Shroud Tool to help the hotend maintain temperature while running part cooling fan.\nMore Information here: http://www.kodamaforums.com/phpBB3/viewtopic.php?f=17&t=1586\nPrint Settings\nPrinter: Trinus 3D\nRafts: No\nSupports: No\nResolution:...

I tweaked sepal's fantastic filament guide a bit with this design. ...Although it worked wonderfully for making a filament guide of "thing:2041586", its compact size caused it to spin around and made it hard to insert the filament, so I enlarged it to...

I adjusted my printer setup to direct the filament over the center of the printer's top. To achieve this, I significantly modified kitingmare's model using Tinkercad: I angled the post, reshaped the top, and added a hole to keep the ballbearing open....

... in PLA or ABS, depending on the printer's capabilities. ...This should provide a snug fit and prevent wobbling. Update: Kodama has announced plans to release an updated enclosure that addresses this issue, potentially making this solution obsolete.

IKEA Dioder LED Holder for Trinus Enclosure Note: This File is Specifically Designed for the Old Dioder LED Lamp, If You're Looking for the New Lamp, Check Out This Remix Instead: http://www.thingiverse.com/thing:2051639 Print Settings Printer:...

You insert the filament guide tube into the top and secure it with a press fit onto the filament entry of the trinus, completing the process. ...It was specifically designed to direct filament straight into the tube, eliminating angled insertion that...

Trinus 40mm Cold End Fan: The E3D comes with a 30mm cold end fan, which is fine, but the 40mm Trinus fan provides even better cooling if you want to use it. Another advantage of the Trinus fan is that its electric connectors will fit perfectly. To...

... ... Print Settings Printer: Trinus Rafts: No matter what I do, they're not necessary. Supports: None needed. Resolution: 0.2 millimeters - that's plenty precise for me. Infill: 10 percent is the perfect amount to give my prints some substance.

... ...Additionally, an integrated cable holder of identical design allows for secure storage of multiple cables. Update: Minor adjustments were made to tighten the overall structure. Print Settings: Printer: Trinus 3D Rafts: Irrelevant Supports: None

... setup as the filament tends to jam inside the tube. Print Settings: Printer: Trinus 3D Rafts: None Supports: None Resolution: 0.15 mm Notes: Printed using PETG at 230°C extruder temperature and 75°C bed temperature, with a print speed of 30mm/s.

... with the filament's movement within the tube. Print Settings Printer: Trinus 3D Rafts: Disabled Supports: Disabled Resolution: 0.15mm Notes: Printed using PETG at a temperature of 230°C, with a bed temperature of 75°C and a print speed of 30mm/s.