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Espada Tizona del Cid extensible - Print in place El Cid's Tizona sword (collapsible

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3D design format
3MF and STL Folder details Close
  • Tizona v6.3mf
  • Tizona v6.stl

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Publication date 2021-12-23 at 10:15
Design number 591289

3D printer file info

3D model description

The sword Tizona is one of the swords carried by Rodrigo Díaz de Vivar, El Cid Campeador, according to the Cantar de Mio Cid. His second sword was the Colada.

The fusion360 file is available for anyone who needs it. I'm not uploading it due to its size.

The hilt has been adapted from the designs of txus360 (https://www.thingiverse.com/thing:2990911) and riojaonly (https://www.thingiverse.com/thing:4576147), the blade is an extendable design in fusion360.


Tizona (also Tizón) is the name of one of the swords carried by Rodrigo Díaz de Vivar, El Cid, according to the Cantar de Mio Cid. The name of the second sword of El Cid is Colada.

Fusion360 project is available for anyone who needs it, I cannot upload it due to the huge size.

The grip is an adaptation of txus360 (https://www.thingiverse.com/thing:2990911) and riojaonly (https://www.thingiverse.com/thing:4576147) designs, the sheet has been designed in fusion360.

3D printing settings

E1:210º E1:210º E1:210º E1:210º E1:210º E1:210

Bed:40º E1:40º Bed:40º Bed:40º Bed:40º Bed:40

I've used PLA 870 filament and applied a heat treatment to increase the strength and make it withstand the bumps of a child.


It's been printed in PLA 870 and applied thermal curing in order to make it stronger, as it has been printed for a 4yo kid.


*Oven process - Oven process

These are the main points to be able to use our oven of

house.

Let's remember that, unless it is a very high quality oven, traditional ovens have

a temperature variation of between 20 and 40 degrees during the on and off phases, so that

ALWAYS use the lowest temperature available to you because it is the most stable one

(50-60 degrees Celsius)

NEVER use the ventilation system (or convection oven), ALWAYS use the oven.

traditional with upper and lower heating elements.

We will put the piece with the printer glass in the oven off and we will allow the oven to

warm up. We will start counting the minutes as soon as the oven has reached the

desired temperature.

Once the tempering time has elapsed, allow the piece to cool for a few minutes.

minutes, opening the oven door a little (the longer we leave the piece, the more we are sure that it will cool down).

that the piece will cool down progressively and that the innermost part of the piece will cool down progressively.

part is cold, and thus we will avoid leaving traces or deforming our project).

Once cold, we can separate the supports and the piece from the glass base.


These are the main points to use the oven of our kitchen.

Remember that, unless it is a very high quality oven, traditional ovens have a temperature variation

between 20 and 40 degrees between the on and of phases, so ALWAYS use the lowest

temperature available because it is the most stable (50-60 degrees Celsius)

NEVER use the ventilation system (or oven with convection), ALWAYS use the traditional oven with

upper and lower heating elements.

We will put the piece with the glass of the printer inside the oven still of and we will let the oven

warm up. We will start counting the minutes when the oven has reached the desired temperature.

Once the tempering time is over, let the piece cool down for a few minutes by opening the oven

door a bit (the more we leave the piece, the more sure we will be that the piece will gradually cool down

down and that the inner part of the piece is cold, and thus avoid leaving traces or deform our

project).

Once cool, we can separate the supports and the piece from the glass base.


Water method

Water process

The water method is usually the easiest and safest method since we have better control of the

tempering temperature.

We will fill our container with water and carefully measure the temperature.

In this case we will use a household thermometer to measure the water temperature.

around 70 degrees.

We proceed to immerse the piece with the glass base in our container, paying attention to

that the workpiece is completely submerged (if the workpiece has a very low percentage of filler,

will tend to float. For this reason, we will use some weights to make our project stay on the bottom

of the container, being careful that the weights don't touch the part).

Wait until the water is cold (less than 20 degrees) and proceed to separate the supports

and the piece of the glass base.


The method with water is usually the easiest and the safest since we have a better control of the

tempering temperature.

We will fill our water container by carefully measuring the temperature.

In this case we will use a home thermometer to measure the water temperature around 70 degrees.

We proceed to submerge the piece with the glass bed in our container, paying attention that the

piece is totally submerged (if the piece has a very low fill percentage, it will tend to float. For this we

will use some weights to help out project to stay at the bottom of the container, taking care that the

weights do not touch the piece).

Wait until the water is cool (less than 20 degrees) and proceed to separate the supports and the

piece from the glass bed.

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