PLA PRO by Winkle: Innovation in 3D Printing Filaments

At Winkle, we understand the needs of both professionals and enthusiasts, which is why we’re excited to announce the release of PLA PRO, our new high-performance filament that’s designed to redefine your 3D printing projects.

In this article, we explore in depth the features, benefits, and tips for getting the most out of PLA PRO.

If you’re looking to take your 3D printing to the next level, keep reading! 👇

What is PLA PRO?

Winkle PLA PRO is an industrial filament designed for users looking to improve the efficiency, precision and durability of their prints.

This filament stands out for its ability to print at high speeds, its thermal and mechanical resistance, and a semi-matte finish that provides a professional and clean look.

What makes this PLA filament different?

1. Speed: perfect for fast printing, exceeding 120 mm/s without compromising quality.
2. Temperature resistance: through the annealing process, this filament reaches an HDT (heat deflection temperature) of 95°C or higher, ideal for functional applications.
3. Guaranteed precision: shrinkage is negligible after annealing, ensuring that your parts will maintain their exact dimensions.
4. Aesthetic quality: its semi-matte finish gives your parts an elegant and professional look.

PLA PRO 3D printing filament key features

• Prints like PLA, performs like ABS: with the same printability of PLA and the mechanical and thermal properties of ABS.
• High thermal resistance:
  • PLA 850: up to 85 ºC
  • PLA 870: up to 80 ºC
  • PLA PRO: up to 95 ºC
• High speed performance: if you have experienced quality problems when printing quickly, this filament will change your experience. Designed to withstand print speeds in excess of 120 mm/s, PLA PRO maintains exceptional dimensional accuracy, even at high-speed settings.
• Superior thermal resistance: temperature resistance is crucial for functional parts that will be exposed to demanding conditions. PLA PRO is already highly crystalline after printing, and with a proper annealing process, it can reach temperatures of up to 95°C or more before deforming.
• Dimensional accuracy: one of the biggest frustrations in 3D printing is part shrinkage or warping. PLA PRO ensures that your models will maintain their exact dimensions and minimizes these problems, even after annealing, thanks to its unique composition.
• Professional finish: PLA PRO’s semi-matte finish is not only aesthetically pleasing, but also reduces unwanted reflections and print lines, offering a more uniform and professional look to your projects.

Buy here the new PLA PRO filament! 🐲

Differences between PLA PRO and PLA HD

Both PLA PRO and PLA HD filaments are designed by Winkle with a focus on quality and performance, but have key differences that make them ideal for different applications.

Tips for 3D printing with PLA PRO

For optimal results when working with this 3D filament, it is critical to set the printing parameters correctly. This includes extruder temperature, print speed and the use of a heated bed if necessary.

Also, be sure to store the filament in a dry place to avoid moisture absorption, which could affect the quality of the printed parts. Following these recommendations will allow you to take full advantage of the benefits of PLA PRO.

Print configuration

• Nozzle temperature: 230°C ± 10°C. Adjust according to the speed and settings of your printer.
• Bed temperature: although PLA PRO can be printed on a cold bed, we recommend keeping it between 50-60°C for best adhesion.
• High speeds: take advantage of its ability to print at over 120 mm/s, especially in projects where time is crucial.

Annealing tips

Annealing is a process that significantly improves the mechanical and thermal properties of PLA PRO. Follow these steps to anneal your parts effectively:

1. Preheat the oven to 110°C.
2. Place the printed part on a flat surface, such as aluminum foil.
3. Adjust the time according to the size of the object:
   • Small pieces: 20 minutes.
   • Large pieces: 60 minutes.
4. Turn off the oven and let it cool completely before removing the part. This will prevent deformation due to sudden temperature changes.

PLA PRO applications

PLA PRO is versatile and adaptable to a wide variety of projects, from prototypes to functional parts. Some outstanding applications include:

• Industrial prototypes: its high precision and thermal resistance make it ideal for functional models in testing.
• Tooling and fixtures: perfect for parts that require additional durability in demanding environments.
• Detailed models: thanks to its semi-matte finish, it is excellent for presentation or decorative models.

Why choose Winkle for your filaments?

Our mission is to offer high quality filaments designed to meet the needs of the 3D printing community. Our products are backed by rigorous standards such as ISO 9001, ISO 14001 and REACH regulations to ensure consistent, high quality results.

Why trust Winkle?

1. Commitment to quality: each PLA PRO spool is carefully manufactured and tested to meet the highest standards.
2. Technical support: we offer expert advice to help you get the most out of our products.
3. Sustainability: we have more than 190 solar panels that provide power to our factory. We strive to minimize our environmental impact at every step of the manufacturing process.

PLA PRO and its impact on the market

The 3D printing market is growing rapidly, and with it, the demands for more specialized materials.

Winkle’s PLA PRO comes at a pivotal time, providing users with a filament that not only meets, but exceeds expectations in speed, strength and aesthetics.

Conclusion

The launch of PLA PRO marks an important milestone for Winkle and the 3D printing community. With its combination of high speed, thermal resistance and dimensional accuracy, this filament improves upon PLA 850 and 870.

It’s a must-have tool for any creator looking for professional results.

It’s time to take your projects to the next level with Winkle’s PLA PRO! 🚀