Is Highspeed Filament the Optimal Solution for Today's High-Speed Printers

Is Highspeed Filament the Optimal Solution for Today's High-Speed Printers

In the world of 3D printing, speed and efficiency are paramount. As technology advances, so do the materials that fuel it. Highspeed filament has emerged as a game-changer, promising faster print times without compromising on quality. This article explores what highspeed filament is, why it's gaining popularity, its compatibility with various 3D printers, and the considerations to keep in mind when using it.

What is Highspeed Filament and How Does It Work?

Highspeed filament is a specially engineered type of 3D printing material designed to withstand the rigors of high-speed printing. Traditional filaments like PLA and ABS have limitations in terms of print speed due to their thermal properties and the mechanical stress they can endure. Highspeed filaments, on the other hand, are formulated to melt and solidify more quickly, enabling rapid layer deposition.

These filaments achieve their high-speed capabilities through several means:

- Enhanced Thermal Conductivity: They have additives that improve heat transfer, allowing for faster melting and cooling.

- Increased Mechanical Strength: They are made with polymers that maintain their structural integrity under high stress and rapid extrusion.

- Optimized Flow Properties: Their properties are tuned to ensure smooth and consistent extrusion, even at higher speeds.

Why Highspeed Filaments are Going Mainstream

Efficiency and Productivity

Highspeed filaments reduce print times significantly, which is crucial for industries where time-to-market is critical. For manufacturers, rapid prototyping means quicker iterations and faster product development cycles.


Although highspeed filaments can be more expensive per kilogram than standard filaments, the reduction in printing time and increased throughput can lead to overall cost savings. Less machine downtime and faster production rates contribute to a more cost-effective operation.

Advancements in Printer Technology

Modern high-speed 3D printers, such as the Bambu Labs range and Creality's high-speed models, are designed to handle the demands of these advanced filaments. These printers come equipped with enhanced cooling systems that rapidly dissipate heat, ensuring that each layer solidifies quickly and accurately. Precise temperature controls maintain the optimal printing conditions, preventing issues like warping and stringing that can occur at higher speeds.

Additionally, robust extruders are capable of maintaining consistent filament flow, even with the increased demands of high-speed printing. Bambu Labs' printers are known for their exceptional build quality and user-friendly interfaces, making them a favorite among professionals and hobbyists alike. Creality, on the other hand, offers a range of high-speed models that balance performance and affordability, catering to a wide spectrum of users from beginners to advanced enthusiasts. These advancements in printer technology make it possible to fully leverage the benefits of highspeed filaments, resulting in faster print times and higher-quality outputs.

Common Highspeed Filaments on the Market and Machine Compatibility

Highspeed PLA filaments have revolutionized 3D printing by enabling faster print speeds while maintaining high-quality output. Among these, SUNLU High Speed PLA stands out as a superior competitor. Here are three prominent brands of highspeed PLA filaments.

1. SUNLU High Speed PLA

SUNLU's High Speed PLA filament is designed specifically for rapid printing without compromising quality. Key features include:

Exceptional Fluidity: The filament flows smoothly through the extruder, allowing for faster printing speeds and reducing the risk of clogs.

Low Temperature Printing: It has a lower extrusion temperature range of 180-195°C, which saves energy and extends the life of 3D printers.

Improved Strength and Durability: The filament provides robust mechanical properties, making the printed objects strong and durable.

Wide Compatibility: SUNLU High Speed PLA is compatible with most FDM 3D printers, ensuring versatility and ease of use across different devices.

These attributes make SUNLU High Speed PLA a top choice for anyone looking to achieve high-speed, high-quality prints efficiently​.

2. Anycubic High-Speed PLA

Anycubic's High-Speed PLA is another excellent option for rapid printing. This filament supports speeds up to 500mm/s and is known for its:

High Fluidity and Heat Dissipation: Ensures consistent, high-quality prints even at high speeds.

Compatibility: Works particularly well with high-performance FDM printers like the Anycubic Kobra 2 Pro, which can print a 3DBenchy in just 15 minutes.

Quality and Consistency: Known for producing smooth and detailed prints, ideal for both prototypes and functional parts​​.

3. ELEGOO Rapid PLA+

ELEGOO's Rapid PLA+ filament supports extremely fast printing speeds up to 600mm/s. It offers:

Enhanced Strength and Toughness: Ensures that prints are durable and less prone to brittleness.

Smooth Surface Finish: Provides excellent adhesion and layer bonding, resulting in minimal visible layer lines.

Versatility: Suitable for a wide range of applications, from aesthetic models to functional parts​​.

Highspeed PLA filaments are changing the landscape of 3D printing by offering faster print speeds without sacrificing quality. SUNLU's High Speed PLA stands out as a superior competitor due to its exceptional fluidity, lower energy requirements, and enhanced mechanical properties. By choosing the right highspeed PLA filament and optimizing your printer settings, you can achieve efficient, high-quality prints for a variety of applications.

Considerations When Using Highspeed Filament

While highspeed filaments offer numerous advantages, there are several factors to be aware of to ensure optimal results:

Print Settings

Highspeed filaments often require different print settings compared to standard filaments:

- Higher Extrusion Temperatures: To facilitate faster melting, highspeed filaments typically need higher extrusion temperatures.

- Increased Flow Rates: Printers need to push filament through the nozzle more quickly, necessitating adjustments in flow rate settings.

- Enhanced Cooling: Efficient cooling is crucial to solidify the filament quickly and maintain print quality. Printers may need upgraded cooling systems or additional fans.

Printer Compatibility

Not all 3D printers are designed to handle highspeed filaments. It's essential to check if your printer can sustain the required temperatures and has a robust enough extruder to manage the increased demands.

Material Handling

Highspeed filaments may be more sensitive to moisture and require careful storage. Using a filament dryer or keeping filaments in a controlled environment can prevent print issues related to moisture absorption.

Nozzle and Bed Adhesion

Due to the unique properties of highspeed filaments, they might require specific nozzle materials (e.g., hardened steel for abrasive filaments) and specialized build surfaces to ensure proper adhesion and prevent warping.

Summarizing the Benefits and Challenges

Highspeed filaments represent a significant advancement in 3D printing, offering the ability to print high-quality objects at unprecedented speeds. Their enhanced thermal conductivity, mechanical strength, and optimized flow properties make them ideal for rapid prototyping and production.

However, to fully exploit the benefits of highspeed filaments, users must be mindful of the specific print settings and printer requirements. Ensuring that your 3D printer is compatible with these materials and adjusting parameters accordingly is crucial for success.


1.Evaluate Printer Capabilities: Before using highspeed filaments, ensure your 3D printer can handle the necessary temperatures and extrusion rates. Upgrading components like nozzles and cooling systems might be necessary.

2.Optimize Print Settings: Adjust your slicer settings to accommodate the higher flow rates and temperatures required by highspeed filaments. Conduct test prints to dial in the perfect settings.

3.Proper Storage: Keep highspeed filaments dry and store them in airtight containers or use filament dryers to maintain their quality.

4.Start with Compatible Filaments: If you are new to highspeed printing, start with widely used highspeed filaments like carbon fiber reinforced PLA or high-performance nylon. These materials are easier to work with and offer a good balance of performance and ease of use.


Highspeed filaments are revolutionizing the 3D printing industry by enabling faster print times and maintaining high-quality standards. As more manufacturers and hobbyists adopt these advanced materials, the potential for innovation and efficiency continues to grow. By understanding their unique properties and making the necessary adjustments to your printing setup, you can fully harness the power of highspeed filaments and take your 3D printing projects to the next level.