Porima 3D 1.75 mm PLA Filament - Brown

Porima 3D 1.75 mm Brown PLA Filament

3D printers are a rapidly growing technology that is now becoming common in many homes. With the availability of affordable 3D printer models, it has become much easier for people to access these devices. Porima integrates its extensive know-how in materials with additive manufacturing technologies to produce high-performance filaments with high precision. FDM 3D printers generally use PLA or ABS as consumables. With Porima-branded, high-performance PLA filaments, you can get high-speed and maximum-quality prints from almost any 3D printer on the market.

How to find the ideal printing temperature?

PLA filaments generally melt between 190-220°C. However, each filament type has a specific temperature range where it delivers the most optimal results. Printing at this temperature can create a clearly visible improvement in print quality.

When you open a new filament spool, it is recommended to first determine this optimal temperature so that your future prints are more consistent and of higher quality. You can find the optimal temperature by printing a temperature tower (Temp Tower). A Temp Tower is a model made up of several levels. While preparing the G-code, each level is assigned a different nozzle temperature. After the print is complete, each level is examined one by one and the temperature that gives the best visual quality is selected. This value will be the optimal printing temperature for the filament you are using.

Porima PLA Filament Technical Specifications:

• Material: PLA

• Color: Brown

• Diameter: 1.75 mm

• Nozzle Temperature: 205-225°C

• Bed Temperature: 60-80°C

• Recommended Nozzle: 0.4 mm

• Compatible Machine Type: All FDM 3D Printers

• Net Weight: 1000 g

Maximum Performance on Any Printer with Professional Features!

	No Special Hot-End Required Ideal Range: 205-225°C	Stable Adhesion at Your Desired Bed Temperature Ideal Range: 60-80°C	No Clogging Even During Long Prints Recommended: 0.4 mm Brass Nozzle
	Maximum Strength Thanks to Production Method Suggested: 100% Part Cooling Fan Speed	No Drying Required Only dry when absolutely necessary	Wide Range of Applications Suitable for Both Open-Frame and Enclosed Printers

The Most Common Filament Types and Their Differences

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Useful Links / Documents:

• Choosing the Right 3D Printer
• Filament Types and Usage Areas