Professional Lab Hyper HS-PLA Transparent 1 kg

Prof. Lab HS‑PLA Transparent 1 kg – fast and translucent filament for modern 3D printing

Prof. Lab HS‑PLA Transparent is a special series of PLA filament of the HS (High Speed) type, designed for fast and reliable FDM/FFF 3D printers. It combines the advantages of classic PLA (easy setup, minimal deformation) with improved flow during extrusion, so it can handle significantly higher printing speeds without losing detail quality.

The transparent (translucent) shade is ideal for:

• design and presentation models
• lighting and backlit objects (parts for LEDs, lamps, covers)
• prototypes where it is advantageous to partially see the internal structure
• decorative and artistic projects

Main advantages of HS‑PLA material

• Optimized for high speeds – the material is designed for fast printing (typically tens to hundreds of mm/s depending on the printer's capabilities), while maintaining clean edges and good layer adhesion.
• Easy to print like classic PLA – low warping, good adhesion to common print beds, very forgiving of minor setting errors.
• Stable diameter 1.75 mm – precise diameter tolerance and quality winding for consistent material flow.
• Compatible with most 3D printers – suitable for all FDM/FFF printers using PLA with a diameter of 1.75 mm.
• Greener choice – PLA is a bioplastic from renewable sources (e.g., corn starch), with very low odor during printing.

Recommended use

Prof. Lab HS‑PLA Transparent is suitable for a wide range of projects:

• rapid prototyping and functional samples
• mock-ups, models, covers, and small components
• lighting and backlit decorations, lamps, diffusers
• hobby projects, figurines, promotional and presentation items

Thanks to its high reliability, it is suitable for both home workshops and professional use in design studios, schools, and development departments.

Printing properties

The material type is PLA, so:

• does not require an enclosed chamber
• prints comfortably even on basic FDM printers
• exhibits minimal shrinkage and deformation

Typical settings (may vary slightly depending on the printer and desired speed):

• nozzle temperature: approx. 190–220 °C
• bed temperature: approx. 40–60 °C (can be without heating on some surfaces)
• cooling: medium to high for clean details

For high-speed printing (on CoreXY or „high‑speed“ printers), we recommend:

• well-calibrated flow and pressure advance/input shaping
• firmly attached model on the bed (textured plate, adhesive spray/tape as needed)

Properties of the transparent shade

• Translucent appearance – the material lets light through but is not perfectly clear; the resulting effect depends on wall thickness and infill settings.
• Backlighting possibility – great for LED projects and lighting objects.
• Clearly visible structure – suitable for demonstrating infill, internal channels, or construction elements of the model.

For higher transparency, we recommend:

• printing with lower layer height (e.g., 0.12–0.16 mm)
• choosing solid walls with a uniform infill direction
• minimizing the number of perimeters if you want more light to pass through

Technical parameters

Key benefits for your e‑shop

• Attractive translucent effect – stands out from common solid colors.
• Suitable for high-speed printing – targets users of modern printers.
• Universal and easy material – PLA is ideal for beginners, schools, and companies.
• Standard 1 kg / 1.75 mm spool – compatible with common FDM equipment of customers.

Prof. Lab HS‑PLA Transparent is a great choice for anyone who wants to combine speed, reliability, and attractive appearance of prints without complex printer settings.

Key properties:

• HS‑PLA filament optimized for high-speed printing without loss of detail quality
• Transparent (translucent) shade for impressive lighting and design models
• Easy setup – prints as simply as regular PLA
• Stable 1.75 mm diameter and quality winding for reliable material feeding
• Compatible with most FDM/FFF 3D printers for PLA
• Greener bioplastic based on renewable sources with low odor during printing