ctc a13 printer 3d models

An easy to mount side window for a CTC Dual. I have cut the parts of 5mm acrylic with a lasercutter, but it should also be doable with a table saw. For fixation I used (for each window) 4 x 10mm M3 screw with one washers (ISO 7093) at each side and a...

For the Enclosure System, Left and Right Sides Securely Attached Print Specifications: Printer: CTC Dual Model Utilized Raft Settings: No Rafting Required Support Features: Multiple Supports Enabled for Stability Resolution Settings: 0.1 Millimeter...

Designed for precise placement on a CTC 3d Printer glass bed at 6mm height.\nPrinted with exceptional detail in 0.3mm PLA, requiring no supportive structures.\nIf necessary, you may need to scale down the model by 5% to achieve a snug fit.\nI revised...

... I used 15mm screws to attach them securely to the back of the printer. Print Settings Printer Brand: MakerBot Printer: MakerBot Replicator Rafts: None Needed Supports: Not Required Resolution: Ultra-Fine (0.2mm) Infill Percentage: Moderate (20%)

The latter item doesn't fit the CTC rework, yet it provides bolt holes for adding a spool mount to the top of the printer - https://www.thingiverse.com/thing:1427114. I have not printed the stand yet, so I'm unsure if it needs to be longer due to the...

... last picture you can see a photo... The right side is the holder material thickness 1.5mm. When you create the fan on it, it will stay hard. Print settings: Printer brand: MakerBot Printer: MakerBot Replicator 1 Rafts: Don't matter Supports: Yes

... on every plate measuring 5 mm. Printer Settings: Printer: CTC 3D Rafts: Yes Supports: No Resolution: 0.2mm Infill: It makes no difference Notes: Suitable for printing with ABS, a recommended extruder temperature of 240°C, and a heating bed at 90°C.

... the two parts is satisfactory, but the surface finish could be improved. Perhaps playing with the filament thickness will yield more accurate results in the future. Print Settings Printer: CTC Dual Rafts: No Supports: No Resolution: 0.2 Infill: 10

I tried this model but it wouldn't fit due to CTC using slightly different original dials, with 18 small protrusions and an overall diameter of 18.3mm. I designed my own thumbwheel for this printer. If you're unsure, print just the middle part...

I attach this simple bracket to my CTC DIY printer's HDF base plate to boost stability, simplify relocation and enhance Y belt tensioning. I've printed two of them. One I placed near the front idler for the Y axis belt, while the other goes next to...

Hardware: 8 M3 screws (I used 8mm long) 8 M3 nuts Print Settings Printer: CTC Bizer Rafts: No Supports: Yes Resolution: 0.2 mm Infill: 15 % Notes: I set the automatic support in Simplify3D to a resolution of 2 mm, and it added the necessary supports...

Equipment: Sailfish Firmware installed on CTC dual Extruder Printer Materials: Plastic-like substance - Acrylonitrile polymer material used - PLA Density level 30% for Internal structural layers Heating elements Temperature settings: Extruder at 207...

I crafted this component to seal off the gaps created by taking out my CTC buttons.

CTC Spring Loaded \r\n\r\nTwo Precision Ball Bearings 8x3x4\r\n\r\n

Shell Housing for Breakthrough at CTC Dual for a BEC Socket - Externally Attached Fan

Zum Glück passt die originale Gewindemutter genau in das Loch und kann mit Scheiben von beiden Seiten ebenfalls benutzt werden. Dennoch habe ich eine neue Spindel bestellt und werde diese auch testen, wenn es eingebaut ist. Print Settings Printer:...

The filament stepper motor drive bracket is a remix from Rear Stepper Motor Mount for Bowden by Admant77, with two additional screw holes added at the back of the CTC printer to secure it. The center screw on the CTC back panel remains loose since...

... the print bed. This support was printed with an infill setting of 30%. Printer Settings: * Printer: CTC Dual * Rafts: Doesn't Matter * Supports: Doesn't Matter * Resolution: 0.2 * Infill: 30% * Notes: Two shells are sufficient, no need for more.

By doing so, the SD slot is now easily accessible and operating the printer while in use won't cause the entire printer to vibrate. Unfortunately, this left me with an unsightly hole on top of the printer. To conceal it, I designed a small cover that...

Print Settings Printer: CTC Dual The printer will do all the work. Rafts: No raft is necessary in this case. Don't bother with extra...

Print Settings: CTC 3D Printer is the printer I used. Rafts are not needed, so that's a no. Supports aren't necessary either, so they're off too. The resolution on my print job was set to 0.1mm for maximum detail. Infill percentage was cranked up to...

The device is engineered to work seamlessly with machines like the CTC, Replicator, and Flashforge. It would be perfectly suited for any printer that features two 8mm rails placed at exactly 70mm centres. The design has been carefully crafted to...

I was fed up with my CTC making a vibrating noise while switched on. I created a new design and used rubber washers on the bolts to mount it through the 20mm hole next to the pre-drilled screw holes. I had to redesign the throat at the end since I...

Having struggled with the Active Cooling Duct for my CTC Dual printer, yielding subpar bridging results, I made the bold decision to craft my own design from scratch. The ducts I'd previously attempted using boasted a single fan tasked with cooling...

I built a custom enclosure for my CTC Anet8 3D printer, which I had constructed specifically for my grandchildren's enjoyment. The print turned out well, but during rapid X-axis movements, the bed would vibrate noticeably. Upon inspection, I found...

This is a brand-new spool holder designed specifically for the CTC A10S 3D printer, engineered to provide seamless performance and effortless printing experiences. The spool holder boasts an innovative design feature - a non-circular hole that...

I designed this for my CTC dual extruder, but it might just as well fit a Wanhao 4s too.

I trimmed down the edges slightly to ensure it would fit seamlessly onto my Custom Traveling Castle (CTC) build plate.

Endstop assembly for the end switch mounted on the rear wall of the CTC to the Z-axis.

Support for autolevel sensor is crucial, especially when dealing with a unique extruder+hotend+aluminium setup found on my CTC Prusa i3 printer. This unusual combination makes it challenging to install some layer fans and even more difficult to use...