Anycubic PLA+ Filament
Main Features
High Toughness
Anycubic PLA+ Filament offers outstanding toughness and impact resistance, ensuring resilience under external pressure. Its smooth, low-layer printing capability makes it perfect for crafting detailed models, artwork, and precision engineering components.
Outstanding Quality
Experience flawless 3D printing with Anycubic PLA+ Filament. It ensures a seamless filament extrusion process, resulting in consistently refined prints, free from clogs or bubbles. The filament boasts precise winding and exceptional dimensional stability, with a controlled wire diameter tolerance of ±0.02mm. Its high precision and minimal shrinkage effectively prevent cracks and warping in your finished models.
Eco-Friendly & Easy-to-Use
Our commitment to sustainability is evident in the Anycubic PLA+ Filament, crafted from carefully selected imported materials that are both eco-friendly and non-toxic. Enjoy an easy-to-use filament that aligns with your environmental values.
High Compatibility
Ensuring compatibility with 99% of FDM 3D printers and 3D printing pens available in the market. Our vacuum packaging effectively shields against moisture and dust, ensuring an enhanced printing experience.
Specifications
Anycubic PLA+ Filament
Models Display
Anycubic PLA+ Filament
Filament Parameters
Product Type
PLA+
Net Weight
1kg/roll
Diameter
1.75mm
Tolerance
+0.02mm
Length
330m
Density
1.23g/cm³
Tensile Strength
60MPa
Elongation at Break
3.8%
Flexural Strength
95MPa
Flexural Model
4175MPa
Young's Modulus
3570MPa
Izod Impact Strength
48KJ/m²
Melting Point
164°C
Melt Index
4~10g/10min
Heat Deflection Temperature
53°C
Storage Environment
Dry and ventilated
Anycubic PLA+ Filament
Color Type
Anycubic PLA+ Filament
Attention
How to install consumables
- Install the spool on the spool holder of a 3D printer, and preheat the nozzle.
- Cut the top of the filament into a spire shape, and thread it into the extruder and feeding tube.
- Manually push the filament through the feeding tube to the nozzle until the filament melts through the nozzle.
