Filament PETG green 1,75mm 1kg Professional LAB

Durability, resilience and precision in one - the ideal filament for technical and utility tasks

PETG filament from PROFESSIONAL LAB is a reliable material for those looking for a combination of high mechanical strength, chemical resistance and an aesthetic finish. It is perfect for both everyday projects and advanced utility prints.

Technical specifications:

• Filament diameter: 1.75 mm (tolerance: ±0.02 mm)

• Net weight: 1 kg

• Material: PETG (high resistance copolyester)

• Color: Green

Printing parameters:

• Nozzle temperature: 220°C - 250°C

• Table temperature: 70°C - 90°C

• Cooling: partial or off - depending on model and geometry

Most important advantages:

✅ High resistance - durable prints resistant to impact, moisture and chemicals
✅ Print stability - low tendency to warp, great adhesion between layers
✅ Universal compatibility - the filament fits most FDM/FFF 3D printers
✅ Unaffected and safe - suitable for home, school and office use
✅ Ready to use - vacuum packed with moisture absorber

Applications:

? Structural and technical parts
? Housings, brackets, mounting components
? Utility and presentation models
? Decoration, prototypes, unit production

Compatibility with FDM/FFF printers:

• Bambu Lab (P1P, P1S, X1C with AMS)

  .

• Creality (Ender 3 / V2 / 5 / CR-10 / K1)

• Anycubic (Cobra, Mega S, i3 Mega)

• Anycubic (Cobra, Mega S, i3 Mega)

• Prusa (i3 MK3, MK4, Mini)

• Artillery (Sidewinder X1, Genius)

  .

• Elegoo (Neptune 2/3/4)

  .

• Flashforge (Adventurer 3/4, Creator Pro with 1.75mm head)

• Flashforge (Adventurer 3/4, Creator Pro with 1.75mm head)

• Qidi Tech (X-Plus, X-Max, i-Fast)

  .

• Voron (DIY with 1.75 mm extruder)

• Voron (DIY with 1.75 mm extruder)

• Snapmaker (A250/A350 with FDM module)

  .

• Skriware (Skriware 2)

  .

Frequently Asked Questions (FAQ):

Does PETG fit my printer?
Yes - the filament is compatible with any FDM/FFF printer that supports 1.75mm filament.

Will PETG fit my printer?

Is PETG more difficult to print than PLA?
Significantly - it requires higher temperatures, but provides greater durability, less brittleness and resistance to outdoor conditions.