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Filament Holder best 3D printer models・Cults
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filament holder (plastic), stl model
Sometimes the standard filament spool holder options cannot meet the user's needs.
The reasons may be different - a non-standard coil connector, relatively high weight, the inability to fit the existing holder into the space near the 3D printer, etc. In all these cases, you can get out of the situation by creating your own holder for the coil with plastic for the 3D printer, and in accordance with those parameters that are important in a particular case. nine0003
3D printer spool holder
This is a device that holds the filament spool during printing and smoothly feeds the material to the printer's extruder.
The holder must meet the following requirements:
- Be stable and securely attached to the work surface. Mounting stability is essential to prevent the arm from moving during operation.
- The assembly must be of high quality and the materials used must be durable. nine0012
- The design features of the holder must not interfere with the supply of filament to the working tools of the printer. The material should slide smoothly when unwinding.
Jerking and noise during printing can cause coil winding and filament jams. - The plastic spool must not come off the holder during printing.
The spool holder can be made from a variety of materials, but metal, plastic and wood are the most commonly used. nine0003
The choice of material depends on the conditions under which the product will be used in the future.
What types of filament stands are available?
Three types of spool holders are most commonly used:
- horizontal;
- vertical;
- adaptive.
Horizontal holders for plastic spools are used in cases where the weight of the spools is much higher than the standard one, and the design features of the used 3D printer do not allow placing the spool inside the device's chamber. Horizontal holders provide high rates of spool retention and are able to ensure smooth material feeding into the extruder. Often due to the fact that the material is outside the printer chamber, horizontal holders are used in conjunction with filters that are installed to ensure that the plastic filament fed into the extruder is free of particulate matter and dust, which can significantly reduce print quality if it enters the print head.
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Vertical holders for plastic spools take up less space and can be placed in small free areas, including in the chamber of 3D printers. Design features make it possible to use such holders for coils of standard weight. For spools with windings from 2.5 kg, vertical holders will not work due to a decrease in the efficiency of the material feed during printing.
Adaptive filament holders are today's most popular models. They are designed in such a way that any spool of plastic, properly secured, will be fixed so that the unwinding will be smooth and the angle will change depending on the amount of material used. nine0003
Plastic spool 3D model
When designing a 3D model for self-printing of the filament holder, the following data should be taken into account:
- The maximum weight of the plastic spools that will be used in printing.
- Coil inlet diameter.
- Estimated tensile strength of the print media based on print quality.
- Place where the spool holder will be placed.
Based on the input data, the following parameters should be calculated:
- The wall thickness of the part.
- The thickness of its floor and ceiling.
- Select the infill pattern (mesh is most commonly used).
- Infill density of the product when printed (average - 30%).
- Need to print support (if there are protrusions).
- Outer perimeter print speed.
- Z support distance.5 mm/m).
Also consider the diameter of the nozzle used, the desired layer height and the printing temperature when designing the model.
IMPORTANT! In a completed 3D model, rename all files based on the number of copies of the part to be printed.
Self-made and purchased holder: pros and cons
Both self-made plastic holders and their ready-made counterparts offered by manufacturers have their own advantages and disadvantages.
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For example, commercially available spool holders for 3D printers are manufactured to specified specifications for a specific manufacturer's materials. Universal spools produced in factories may not be suitable if filaments of different manufacturers are used in printing. The holder diameter may be too small or too large, which will prevent the spool from being securely attached to the holder and may cause printing problems.
Holders of our own production can be designed in such a way that each model will suit the needs of a particular user. nine0003
The advantages of self-made holders include:
- Possibility to choose the parameters of the device, allowing to place it in a specific place.
- Possibility to design the holder in such a way that it is possible to fix spools with plastic from different manufacturers on it.
- The material feed alignment can be fine-tuned.
Disadvantages include:
- Time required to develop a 3D model.
nine0012 - The need for accurate calculations for the design of the device.
Thus, in case of problems with the existing holder for filament spools, each owner of a 3D printer can independently make its replacement, taking into account all the necessary parameters and features of the tasks facing the user. To do this, you only need to design the appropriate 3D model and wait for the print to finish.
- March 21, 2021
- 3724
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