
Professional Lab PLA Olive Green 1 kg
High-quality Olive Green PLA filament with 1.75 mm diameter and ±0.03 mm tolerance. Designed for FDM/FFF printers, featuring print temperatures of 185–215 °C. 1 kg spool.
249 Kč
Out of stock
Product details
- SKU:
- 5903707922963
- Brand:
- Professional Lab
- Category:
- Filament
Product description
Prof. Lab PLA Olive Green 1 kg
Prof. Lab PLA Olive Green is a versatile PLA filament in an elegant olive green color, suitable for everyday printing of decorations, prototypes, and functional parts. The manufacturer Professional Lab (Prof. Lab) is known for stable quality, precise string geometry, and reliable filament behavior in common FDM/FFF 3D printers. (drukarka3d.pl)Main advantages
- Easy printing even on open printers – PLA does not require an enclosed chamber or extreme temperatures.
- Stable dimensions and good layer adhesion – reduces cracking and deformation of models. (allegro.pl)
- Elegant olive green shade – ideal for decorations, mock-ups, figures, packaging, or design accessories.
- Precise 1.75 mm diameter with narrow tolerance for reliable filament feeding. (allegro.pl)
- More eco-friendly choice – PLA is made from renewable raw materials (e.g., corn starch) and is biodegradable. (allegro.pl)
Usage
Prof. Lab Olive Green PLA filament is particularly suitable for:- decorative and design elements (flower pots, covers, interior accessories),
- figures, models, and dioramas (military equipment, natural motifs, sci‑fi models),
- prototypes and product concepts,
- educational projects in schools and clubs,
- small functional parts for the home or workshop where high heat resistance is not required.
Recommended printing parameters
(indicative values, it is always advisable to fine-tune according to the specific printer):- Nozzle temperature: 185–215 °C (allegro.pl)
- Bed temperature: 25–60 °C (glass or PEI recommended, use glue or spray in case of poor adhesion) (tiskove-struny.heureka.cz)
- Print speed: 30–70 mm/s (tiskove-struny.heureka.cz)
- Cooling: fan on (for better details and bridges)
Material and quality
- Material: PLA (polylactide) – harder, stiffer material with low shrinkage.
- Print surface: smooth, with well-readable details, suitable for subsequent painting or lacquering. (tiskove-struny.heureka.cz)
- Vacuum packaging with desiccant (typical for Prof. Lab) protects the filament from moisture during storage. (allegro.pl)
Storage recommendations
PLA is a hygroscopic material, therefore:- store the spool in a dry place, ideally in a sealable bag/box with desiccant,
- do not expose to direct sunlight and high temperatures,
- if print quality deteriorates (stringing, bubbles), dry the filament before printing in a dryer or oven with precise temperature control. (tiskove-struny.heureka.cz)
Technical parameters
| Parameter | Value |
|---|---|
| Material | PLA (polylactide) |
| Brand | Prof. Lab / Professional Lab |
| Color | Olive Green |
| Filament diameter | 1.75 mm |
| Diameter tolerance | ± 0.03 mm |
| Net weight | 1 kg |
| Recommended nozzle temperature | 185–215 °C |
| Recommended bed temperature | 25–60 °C |
| Printer type | FDM / FFF |
| Spool diameter (approx.) | approx. 195 mm |
| Spool center hole | approx. 75 mm |
Who is the filament suitable for
This PLA filament is an ideal choice for:- users who want a reliable and easy-to-print material,
- owners of home 3D printers without an enclosed chamber,
- schools, clubs, and makerspaces where emphasis is placed on safer and odor-free printing,
- modelers and designers looking for a natural, muted green shade instead of bright saturated colors.
Key features:
- High-quality Prof. Lab PLA filament in olive green color for universal use.
- Easy printing without significant shrinkage – suitable even for beginners and open printers.
- Precise 1.75 mm diameter with narrow tolerance for stable material feeding.
- Net weight 1 kg ideal for longer printing tasks and serial production of smaller parts.
- Smooth surface of prints with sharp details, suitable for decorations, models, and prototypes.
- PLA from renewable sources with lower environmental impact than conventional plastics.



