NextShapes Matte PETG Filament – Matte finish, high stability and high-speed printing

NextShapes Matte PETG filament combines the robustness of PETG with a high-quality matte surface. The special material formulation reduces visible layer lines and ensures an elegant, uniform finish – ideal for functional components, design objects, and demanding 3D printing projects.

Besides its elegant appearance, the filament impresses with its high strength, excellent layer adhesion, and outstanding dimensional stability. Thanks to its support for high-speed printing, the matte PETG is suitable for both rapid prototyping and high-quality end products.

Advantages at a glance

• 🎨 Elegant matte surface with reduced layer lines

• 🚀 Optimized for high-speed 3D printing

• 💪 High strength and excellent layer adhesion

• 📏 Dimensional accuracy of ±0.02 mm

• 🔧 High dimensional stability and low shrinkage

• 🌬️ Low odor during printing

• 🖨️ Compatible with almost all FDM 3D printers

• ✨ Ideal for decorative and functional printed parts

Ideal for

NextShapes Matte PETG is particularly suitable for:

• Functional prototypes

• Housing and technical components

• Decorative models

• Architectural models

• Cosplay and props

• RC and model building

• Household and workshop helpers

• Design objects with a high-quality surface

Technical specifications

Recommended print settings

• Nozzle temperature: 225-255°C

• Heated bed: 52–57 °C

• Part cooling fan: 10–40%

• First layer: 50 mm/s

• Outer layer: 200 mm/s

• Infill: up to 450 mm/s

• Recommended storage at ≤20% relative humidity .

Why NextShapes Matte PETG?

NextShapes Matte PETG was developed for users who want to combine a high-quality matte finish with the robustness of PETG. The material offers an excellent combination of stability, good layer adhesion, and ease of processing. The matte surface conceals layer lines significantly better than conventional PETG and ensures a professional appearance – even without post-processing. At the same time, the filament supports high printing speeds while remaining dimensionally accurate and reliable.