Spectrum PLA Pro pearl bronze

Filament Spectrum PLA Pro

Filament Spectrum PLA Pro 1.75mm is a high-quality material for 3D printing that combines the advantages of PLA and ABS. This filament is designed for users who require high strength, thermal resistance, and easy processability.

Key Features

• Increased Thermal Resistance: After crystallization up to 85°C
• High Impact Resistance: Up to 50% higher than classic ABS
• Easy Processability: Suitable for industrial applications

Practical Applications

• Functional Prototyping
• Tools and Fixtures
• Industrial Design
• End Products with High Strength

Technical Parameters

• Printing Temperature: 190-210°C
• Bed Temperature: 50-70°C
• Print Speed: 30-60 mm/s

Advantages over Standard PLA

• Higher Thermal Resistance
• Better Mechanical Properties
• Maintains the Ease of Printing Typical for PLA

Recommendations for Optimal Results

• Annealing: For maximum thermal resistance, perform annealing of the print after printing
• Storage: Keep dry, ideally using a dehumidifier
• Printer Settings: Experiment with temperature and print speed to achieve the best results

Packaging and Storage

The filament is supplied on a transparent spool with information about the material, diameter, and recommended printing temperature. It is vacuum-packed with a moisture absorber to ensure optimal quality.

Why Choose Spectrum PLA Pro?

This filament is designed for users who seek a compromise between easy printing and improved print properties. Thanks to its versatility and reliability, it is a suitable choice for a wide range of projects, from hobby creations to more demanding applications.

Who is PLA Pro Suitable For?

• Advanced Hobby Users: Appreciate the improved properties compared to regular PLA
• Designers: Utilize the accuracy and surface quality for prototyping
• Small-Scale Manufacturers: Benefit from the combination of easy printing and durability of the resulting products

Filament Spectrum PLA Pro represents an advancement in 3D printing, offering users a combination of the ease of use of PLA and enhanced properties for more demanding applications.