MOLD Nº5 (POT)

Screws Used: M6x25mm

The mold designed to make a cement planter 110mm in diameter at its widest point and 110mm in height using a 3D printer is a set of parts that fit together perfectly to create the desired shape.

The mold design has been created using 3D modeling software and manufactured using a 3D printer. The material used to make the mold is high-strength plastic, which can withstand high temperatures and provide a smooth, even surface to create the cement planter.

Once the mold has been 3D printed, it can be used to create cement flower pots quickly and efficiently. To create the final piece of the planter, liquid cement is poured into the mold and allowed to dry for a specified period of time.

Using cement as the material for the final piece ensures that the planter is accessible to all people, as it is an inexpensive material that is readily available at any hardware store. In addition, cement is strong and durable, ensuring that the planter will have a long service life.

The shape of the pot is perfect for medium-sized plants, and its size is ideal for placing indoors or outdoors, such as in a garden or terrace. In addition, the planter's design is sleek and modern, making it an ideal decorative piece for any home.

In summary, the mold designed to make a 110mm diameter and 110mm high cement flower pot using a 3D printer is an efficient and affordable tool that allows the production of high quality flower pots. The use of strong plastic for the mold and cement for the final part ensures that the pots are durable and of high quality.

Printing speed: between 30-60 mm/s

Printing temperature: between 200-220°C

Layer thickness: between 0.1-0.2 mm

Filling: between 20-40% of filling

Supports: supports may be required for more complicated parts of the design.

Adhesion to the bed: the use of a hot bed and adhesive is recommended to ensure that the mold adheres to the printing surface.

It is important to note that these parameters are only a guide and may vary depending on the specifications of the 3D printer used and personal preferences. In addition, testing and adjustment of the print parameters is recommended for best results.