Examples of 'filament can' in a sentence
Meaning of "filament can"
filament can: This phrase typically refers to a container or holder for filaments, which are slender strands or fibers of material. It is often used in the context of 3D printing or light bulbs, where filaments play a crucial role. The filament can protects the filaments from damage and ensures they remain intact for their intended purpose
How to use "filament can" in a sentence
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filament can
The filament can only be a form of life.
Criteria such as type of tip, type of filament can play.
Filament can be dangerous and potentially burn.
This particular path of the filament can of course be used in the principal embodiment.
Filament can cost more compared to printers in the enthusiast and professional categories too.
If necessary, additional means to guide the filament can be foreseen.
A filament can also be a ribbon of optical fibers.
Other means for indicating flow rate, such as a thin filament can be used.
Narrow gauge filament can be very difficult to see.
It 's crazy how much inconvenience that such tiny tear in the filament can cause.
The heated filament can be replaced by a band saw.
By raising or lowering the tungsten rods 183 the position of the filament can be adjusted.
A monocomponent filament can be formed from one polymer.
A filament can be made into a spool for easier use.
This is not absolutely necessary, the core filament can also be embodied as a single filament.
See also
Each filament can be made using a conventional method.
Further according to the process, the composite filament can be severed into a plurality of strands.
The filament can be made of tungsten.
Thus, the end portion of the metallic filament can be retained easily and positively.
The filament can also be collected into a coagulation bath and then dried to avoid stretching.
What type of filament can I use?
The filament can always be heated up to G.
For example, each filament can be coated with a size coat.
The filament can be stretched four-fold in hot water.
The stamen 's filament can be filliform or flat.
The filament can be a solid filament, but can also have a cellular structure.
However the filament can be offset to one side.
The filament can be a fiber without cover elements, as well as a fiber with a cover element.
Bending modulus for a filament can be simply defined as the resistance to bending.
The filament can be, therefore, well stretched in the next step.
However, the quality of the filament can be different, which may cause printing errors.
Since the filament can increase a cell 's uptake-surface area without significantly changing its volume appreciably.
The tip as well as the hot filament can damage clothes, surfaces and other objects.
Also, a filament can be folded onto itself, or preferably, be substantially flat and unfolded.
A complete recombinant P-fimbrial filament can comprise as many as one thousand recombinant major subunits.
A composite filament can be made in many different ways.
The thin filament can be heated and cooled as necessary.
For instance a core filament can be a yarn formed of a plurality of glass or polymeric filaments.
Any type of filament can be used to prepare the composite of the present invention.
The composite filament can be heat set to relieve the internal stresses of the filament.
The introduced filament can be fed into the outflow catheter to any extent desired.
Narrow-gauge filament can be very difficult to see.
The conductive filament can be a heating filament and / or or sensing filament.
Thus the filament can be simply attached to a pre-exiting tape.
If this happens, the filament can no longer be forwarded to the print head smoothly.
Also, more than one filament can sometimes grow out of one metal particle.
The extruded filament can be rod-shaped or non-cylindrical.
However, the filament can be supported within the tube without spacers 14.
The HTS filament can be a mono-filamemt or multi-filament.
An extruded filament can be solid, semi-solid, or viscoelastic.
