Porima 3D 1.75 mm PLA Filament - Red

Porima 3D 1.75 mm Red PLA Filament

3D printers have become a widely popular technology and are now entering more and more homes. With the release of affordable 3D printer models , it has become easier for people to access these devices. Porima combines its extensive know-how in materials with additive manufacturing technologies to produce high-performance filaments manufactured with high precision. FDM 3D printers generally use PLA or ABS consumables for printing. With Porima’s high-performance PLA filaments, you can print at very high speeds and achieve maximum quality on most FDM 3D printers.

How to Find the Ideal Printing Temperature?

PLA filaments are generally known to melt between 190–220°C. However, each filament has an optimal temperature at which it delivers the best printing performance. Printing at this optimal temperature can make a noticeable difference in print quality.

When you open a new filament spool, finding this temperature first will help your future prints come out better. You can determine the optimal temperature by printing a Temp Tower. A Temp Tower is a stepped model where each section is printed at a different temperature (set in the G-code during slicing). After printing, you examine each level and choose the temperature that looks best. That value is the optimal printing temperature for your filament.

Porima PLA Filament Technical Specifications:

• Material: PLA
• Color: Red
• Diameter: 1.75mm
• Processing Temperature: 205–225°C
• Bed Temperature: 60–80°C
• Nozzle: 0.4mm
• Compatible Printer Type: All FDM Printers
• Weight: 1000g

Maximum Performance on Any Printer Thanks to Professional Features!

	Printing Temperature That Does Not Require a Special Hot-End Ideal Range: 205–225°C	Print at Your Preferred Bed Temperature Ideal Range: 60–80°C	Does Not Clog the Nozzle Even with Long-Term Use Ideal: 0.4mm Brass Nozzle
	Maximum Strength Thanks to the Production Method Recommended: 100% Cooling Fan Speed	No Drying Required Use max values only when necessary	Wide Range of Use Suitable for Both Open and Enclosed Printer Types

What Are the Most Common Filament Types? What Are the Differences Between Them?

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Useful Links / Documents:

• Cura Software Download Page
• How to Slice a Temp Tower in Cura