SPIDER Automation AlmightyFila PLA Pro Glossy Black 3D Printer Filament – 1.75mm, 1kg
Description
AlmightyFila PLA Pro Glossy Black 3D Printer Filament is a professional-grade 3D printing material developed for users who require dependable printing performance along with a premium visual finish. Its specialised PLA Pro Glossy formulation creates a reflective, polished surface that enhances the appearance of printed objects, making it suitable for decorative products, architectural prototypes, customised gifts and professional display models.
Manufactured using high-purity Polylactic Acid (PLA) derived from renewable plant-based resources such as sugar cane and beets, this filament offers a plant-based alternative to conventional petroleum-based plastics. Its formulation is described as fully biodegradable and is designed to provide international-standard quality, a low melting point and exceptional printability.
The filament is designed to deliver sharp details, vibrant colour output and smooth surface textures. Its excellent layer adhesion and reduced warping support reliable print results across a range of applications, including artistic creations, moon lamps, lithophane articles and complex mechanical parts.
With a precisely controlled 1.75mm filament diameter, AlmightyFila PLA Pro Glossy supports consistent material feeding and extrusion. It is compatible with PEI, glass plate, painter’s tape and glue-stick-prepared print surfaces, and is intended for 3D printers using 0.4mm and larger nozzles. Supplied in a 1kg spool, it is suitable for educational institutions, design studios, professional 3D printing service providers and other printing environments.
Key Features
- Premium PLA Pro Formulation: Developed for dependable 3D printing performance with a high-quality glossy finish.
- Reflective Surface Finish: The specialised Pro Glossy formulation produces a polished appearance for professional display models, decorative articles and customised products.
- Glossy Black Colour: Provides a black finish with a reflective appearance for visually refined printed objects.
- Renewable Plant-Based Material: Made from Polylactic Acid derived from renewable resources such as sugar cane and beets.
- Biodegradable Composition: Described by the manufacturer as fully biodegradable and suitable for users seeking plant-based printing materials.
- High Purity and Printability: Designed to support reliable extrusion, detailed prints and a consistent printing experience.
- Excellent Layer Adhesion: Supports bonding between successive printed layers for dependable print construction.
- Reduced Warping: Formulated to minimise warping and support more consistent printing results.
- Consistent 1.75mm Filament Diameter: Helps maintain controlled filament feeding and material delivery during printing.
- Wide Print Surface Compatibility: Supports printing on PEI, glass plates, painter’s tape and glue-stick-prepared surfaces.
- 0.4mm and Larger Nozzle Support: Intended for compatible 3D printers equipped with nozzle openings of 0.4mm or above.
- 1kg Spool Packaging: Supplied in a 1kg spool for regular printing requirements in educational, studio and professional environments.
Benefits
- Professional-Looking Prints: The reflective glossy finish gives printed objects a polished appearance suitable for display and presentation.
- Reliable Printing Performance: Excellent printability and layer adhesion support consistent results across different printing applications.
- Detailed Surface Output: Designed to produce sharp details and smooth surface textures for intricate designs and decorative models.
- Plant-Based Material Choice: PLA derived from renewable resources provides an alternative to conventional petroleum-based plastics.
- Versatile Printing Applications: Suitable for artistic articles, architectural prototypes, customised gifts, moon lamps and lithophane designs.
- Suitable for Multiple Work Environments: Its combination of printability and visual finish makes it appropriate for educational institutions, design studios and professional printing service providers.
Applications
- Architectural Prototypes: Creating architectural models and presentation-oriented design prototypes.
- Art and Craft Articles: Producing decorative designs, artistic creations and customised craft products.
- Customised Gifts: Manufacturing personalised and decorative gift items with a glossy black finish.
- Moon Lamps and Lithophanes: Printing decorative lighting models and lithophane articles.
- Display Models: Producing visually refined models and presentation pieces for exhibitions and professional displays.
- Mechanical Parts: Printing complex mechanical components where the specified PLA Pro material is suitable.
- Educational Institutions: Supporting 3D printing activities in schools and colleges.
- Design Studios and Printing Services: Suitable for design studios, homes and professional 3D printing service providers.
Package Includes
1 x AlmightyFila 3D Printer Filaments PLA Pro Glossy Black (1.75 MM / 1 KG)
Technical Specifications
| Parameter | Specification |
|---|---|
| Brand | AlmightyFila |
| Product Type | PLA Pro Glossy 3D Printer Filament |
| Colour | Black (Glossy) |
| Material | Polylactic Acid (PLA Pro) |
| Filament Diameter | 1.75mm |
| Spool Weight | 1kg |
| Nozzle Hole Size | 0.4mm and above |
| Print Surface Compatibility | PEI, Glass Plate, Painter’s Tape, Glue Stick |
| Material Characteristics | High purity, low melting point, excellent printability, excellent layer adhesion and reduced warping |
| Surface Finish | Reflective Glossy Finish |
| Shipping Weight | 1.3kg |
| Shipping Dimensions | 25 × 10 × 8cm |
Installation & Usage Notes
- Confirm that the 3D printer supports 1.75mm filament before loading the spool.
- Use a compatible nozzle with a hole size of 0.4mm or above.
- Prepare the print surface using a compatible option such as PEI, glass plate, painter’s tape or glue stick.
- Ensure the filament is correctly loaded and feeding smoothly through the printer’s extrusion system.
- Use printer settings appropriate for the PLA Pro material and the specific 3D printer being operated.
