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ABS 1.75 mm filaments Description:
This is REPRAPPER brand 3D filament. This filament always round with consistence diameter, no contamination, no air bubbles. The most colors and most material over the world.
1. Material ABS
2. Color Yellow
3. Filament Diameter 1.75mm
4. Roundness 1.70~1.75mm
5. Print Temperature 210~260 Celsius
6. Spool Hub 51mm (Can be used on makerbot printer)
7. Spool Diameter 200mm
8. Net Weight 1kg
Makerbot/Afinia/UP/Solidoodle/NewStarWay etc who use 1.75 mm 3D printer filament size. It is not suitable for cubify due to they have key on the filament spool. In fact our filament itself can be use on it if remove the key.
1) Tight quality control with consistence diameter, within 1.70~1.75mm.
2) Wide applicability.
3) Enough stock, shipped out products within 2 days for all color and material.
4) Unconditional Return (Buyer need afford delivery cost if no quality issue)
In order to get a successful printing journey, you can view the following tips for reference.
*How to get a perfect printing model?
In fact you want to get a perfect printing model, you need a reliable printer with the 3D printer at right temperature under right parameter setting. It means that your printer should under good condition, your filament should be good enough. The following tips are based on this question.
*Tip 1: What is your idea printing temperature?
In fact different printer series and different printer sensor has different temperature tolerance. Regardless sensor difference, the printing temperature of REPRAPPER ABS filament is 200~260?, the idea temperature is 230?. Different color has little variance. The printing temperature of REPRAPPER PLA filament is 170~240?, the idea temperature is 210?. Different color has little variance.
For UP and Afinia printer, you can use it directly under ABS or PLA mode (Depends on what material you bought). For Makerbot etc printer that allows you change the temperature, you can set a temperature (e.g. 230?), then extrude the filament manually before printing. If you saw the filament can flow up smoothly without bubble, it means that temperature is ideal setting.
*Tips 2 How to avoid printing parts tilt?
It is very important for the first layer. You want to get a successful printing model you need to assure the platform is leverage. If the platform is not leverage the probability of tilt will increase. Before you begin your job you need to confirm the nozzle to all platform distance is the same.
The filament can be stick on ABS board/ solderless breadboard/3M blue tape/Kapton tape etc.
When you printing, the closer between nozzle to platform the better but should not break the platform.
*Tips 3. How to avoid PLA jam at nozzle?
We have study on this. The printing temperature and extruder design are critical on this. If print at high temperature, the PLA will soft and the extruder can not push the soft melt PLA out of nozzle because the filament will not strong enough to push the melted PLA. It will bent. The extruder design also very important, if there is no fan blow the bottom of extruder or the extruder tube not long enough, it will cause the same issue. It is not relate with filament itself.
*Tips 4. How to avoid printing failure?
Before you begin your job, you need to confirm:
1) The filament is good, no clog and with consistence diameter. Wired well.
2) The filament feed system can feed the filament smoothly to avoid lack of filament in the extruder during printing.
During printing you need to confirm:
1) The temperature is ideal and the extruded filament at nozzle is smoothly without bubble.
2) The first layer is OK as mentioned above.
If you avoid these issue but your still print failure parts, it may caused by your printer’s reliability. According our experience, the distinguish of a good printer or bad printer is their reliability. For FDM mode printer, for one or two model, all printing results is similar regard the surface. But when print 100 times will them success 100 times is the make difference point. er are competitive. For example, for Z axis movement, if your setting is 0.2mm, will they move 0.2mm exactly? If higher than 0.2mm the extruded filament may not stick to the near bottom printing model. If less than 0.2mm it may make the nozzle touch the printed model. Both of that will cause failure printing.
Now Starting your 3D printing journey!
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