3D-tulostusmateriaali Gembird 3DP-PLA1.75-01-TR

Gembird 3DP-PLA1.75-01-TR is a transparent Polylactic Acid (PLA) filament for 3D printing with a diameter of 1.75 mm and a net weight of 1 kg. The material is biodegradable, has a relatively low melting point and good flowability, which makes it suitable for a wide range of consumer and hobbyist FDM/FFF printers. Its density is 1250 kg/m³ and the filament offers an impact strength of approximately 5 kJ/m².

Advantages

This transparent PLA filament prints with minimal odor and requires no special post-treatment. Its good flowability and lower melting temperature simplify printing settings and reduce the risk of clogging. The 1.75 mm diameter is compatible with the majority of desktop 3D printers, and the 1 kg spool size provides ample material for small to medium-sized projects.

Suitable for

• Prototyping and visual models where transparency is desired
• Hobbyist prints and decorative objects
• Educational projects and classroom use
• Low- to medium-detail functional parts that do not require high heat resistance

Key specifications

• Material: Polylactic acid (PLA)
• Diameter: 1.75 mm
• Weight: 1 kg
• Colour: Transparent
• Density: 1250 kg/m³
• Impact strength: 5 kJ/m²
• Package dimensions: 210 mm x 210 mm x 80 mm
• Brand: GEMBIRD, MPN: 3DP-PLA1.75-01-TR

How to use

Load the 1.75 mm filament into a compatible FDM/FFF 3D printer according to the printer manufacturer's instructions. Recommended print settings typically include a nozzle temperature suitable for PLA (consult your printer or filament guide), a heated bed if available set to a low temperature or unheated depending on adhesion needs, and moderate print speeds to maintain transparency and surface quality. Store the spool in a dry place or sealed container when not in use to prevent moisture absorption.

Recommendations

For best results with transparent PLA, use lower print speeds and slightly higher extrusion temperatures within the PLA range to improve layer bonding and optical clarity. Avoid exposure to high temperatures in end-use environments, as PLA has limited heat resistance.