Choosing the right 3D printer that can handle ASA filament well can be challenging. ASA is known for its durability and weather resistance, making it ideal for outdoor and functional parts. However, not all printers manage ASA’s high printing temperature and shrinkage effectively.
However, not all printers manage ASA’s high printing temperature and shrinkage effectively. The best 3d printer for ASA will have features like a heated enclosure, stable build platform, and reliable extrusion system. These elements help produce high-quality prints without warping or cracking.
Such printers are suitable for hobbyists, designers, and professionals aiming to create strong, UV-resistant objects. This review will cover key features to look for, performance insights, and practical pros and cons of several printers that excel with ASA.
Whether you want consistent results or easy setup, this guide offers clear information to help you make an informed choice.
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FLASHFORGE Adventurer 5M Pro 3D Printer ...
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OVERTURE ASA Filament 1.75mm, 1kg Spool ...
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Anycubic Kobra S1 Combo Multicolor 3D Pr...
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Explore top choices designed to bring your durable and weather-resistant prints to life with precision and ease.
| Image | Product | Price |
|---|---|---|
Our Top Picks 1  | FLASHFORGE Adventurer 5M Pro 3D Printer with 1 Click Auto | Buy Now |
Our Top Picks 2  | OVERTURE ASA Filament 1.75mm, 1kg Spool (2.2lbs) 3D Printer Filament, | Buy Now |
Our Top Picks 3  | Anycubic Kobra S1 Combo Multicolor 3D Printer with Anycubic ACE | Buy Now |
1. FLASHFORGE Adventurer 5M Pro 3D Printer with 1 Click Auto
FLASHFORGE Adventurer 5M Pro 3D Printer offers an impressive blend of speed and precision. Designed to handle a variety of materials, it supports creative projects that demand detailed and reliable results. Its rapid heating and travel speeds make the printing process remarkably efficient.
Its rapid heating and travel speeds make the printing process remarkably efficient.
The sturdy core XY structure combined with an all-metal frame provides enhanced stability. This guarantees accurate printing even at high speeds.
The Adventurer 5M Pro excels in transforming ideas into physical models quickly. It reaches travel speeds up to 600mm/s and accelerates up to 20,000mm/s², letting you complete projects faster.
Stability is ensured by a Core XY design paired with a durable metal frame that minimizes vibrations and maintains precision throughout the print.
Multiple nozzle sizes allow users to balance between detail and print speed effortlessly. Its pressure-sensing bed leveling detects height accurately across multiple points.
Additionally, the dual-sided PEI platform allows models to be removed without tools or damage.
User-friendliness shines through with a quick 10-minute setup right out of the box. The accompanying Flash Maker app enables remote control, video monitoring, and real-time progress tracking. Features like resume printing, filament detection, and auto shutdown enhance workflow efficiency.
Compatibility with materials including PLA, ABS, ASA, PETG, TPU, and carbon fiber blends makes it versatile for various project requirements.
Pros
- Fast setup with intuitive, automated bed leveling system
- Wide material support including ASA and carbon fiber blends
- Robust all-metal frame for excellent print stability and quality
Cons
- Some early units have reported issues requiring customer support intervention
Overall, the FLASHFORGE Adventurer 5M Pro combines speed, precision, and ease of use into a capable 3D printer. Its features cater well to those experimenting with technically demanding materials like ASA.
2. OVERTURE ASA Filament 1.75mm, 1kg Spool (2.2lbs) 3D Printer Filament,
Discover the OVERTURE ASA Filament, designed to deliver durability and precision for demanding 3D printing projects. Crafted with UV and heat resistance, it ensures your prints stay vibrant and stable under challenging conditions.
Ideal for outdoor applications and industrial use, this filament supports a wide range of creative endeavors.
Engineered for consistency and ease, OVERTURE ASA filament offers smooth extrusion with minimal clogging. Each spool undergoes a thorough 24-hour drying process before vacuum sealing to maintain peak quality.
The filament’s dimensional accuracy is closely monitored using advanced CCD measurement tools, maintaining a tight tolerance of ±02 mm.
This precision reduces print failures and ensures stable layer adhesion. Its patented clog-free formula allows for smooth, bubble-free extrusion, enhancing surface finish and structural integrity.
With excellent weather and heat resistance, prints resist deformation, discoloration, and brittleness over time. Users report clean prints with minimal odor, even on stock hardware setups like the Creality K1C. The black ASA filament demonstrates a sleek finish with virtually invisible layer lines, resembling carbon fiber aesthetics without extra effort.
The black ASA filament demonstrates a sleek finish with virtually invisible layer lines, resembling carbon fiber aesthetics without extra effort.
OVERTURE also supports customers with a dedicated service team and guarantees a one-year shelf life for unopened spools when properly stored. Its adaptability across diverse printers and resin types makes it a reliable choice for professionals and makers seeking robust and visually appealing results.
Pros
- Excellent UV and heat resistance ensures long-lasting outdoor durability
- Patented clog-free formula enables smooth, bubble-free printing
- High dimensional consistency with strict diameter tolerance reduces print errors
Cons
- Limited color options compared to some other filament brands
OVERTURE ASA filament stands out for its reliability and high-quality finish, making it a solid option for projects requiring durability and precision. Its compatibility and ease of use bring confidence to hobbyists and professionals alike when working with ASA materials.
3. Anycubic Kobra S1 Combo Multicolor 3D Printer with Anycubic ACE
Experience vibrant multicolor 3D printing with the Anycubic Kobra S1 Combo. Designed to create models featuring up to eight colors, this advanced printer merges precision and speed for impressive results.
The Kobra S1 Combo’s intelligent drying system and high-temperature capabilities make it a reliable choice for complex materials such as ASA. Quiet operation and real-time monitoring enhance usability, making it suitable for both hobbyists and professionals seeking expanded creative options.
The Anycubic Kobra S1 Combo revolutionizes multicolor printing by linking two Ace Pro units, allowing up to eight-color output. This feature opens creative possibilities beyond typical printers, supporting detailed, colorful projects. Its active filament drying system and anti-entanglement design maintain filament quality, reducing print failures and enhancing reliability.
Equipped with a 320°C hotend and a heated bed reaching 120°C, this printer effortlessly handles materials such as ABS and ASA. A fully enclosed coreXY structure provides stability while enabling speeds up to 600mm/s, improving print efficiency without sacrificing detail. The built-in camera supports AI monitoring and belt tension checks to maintain precision throughout long print jobs.
The built-in camera supports AI monitoring and belt tension checks to maintain precision throughout long print jobs.
Build quality showcases a significant upgrade compared to earlier models, offering a quiet, robust experience. The user-friendly ecosystem includes Anycubic Slicer Next software with preset filament profiles and an app for remote control and print monitoring. This printer suits users who want to produce multi-color designs with durable materials, balancing speed, quality, and convenience effectively.
This printer suits users who want to produce multi-color designs with durable materials, balancing speed, quality, and convenience effectively.
Pros
- Capable of four to eight-color printing for multicolor projects
- Advanced filament drying and anti-entanglement system
- High-speed printing up to 600mm/s with stable thermal control
Cons
- Multicolor printing may increase print time and filament waste
The Anycubic Kobra S1 Combo stands out for multi-color capabilities combined with robust engineering. Its thoughtful design and smart features cater well to users ready to advance from basic models. For those working with ASA and similar materials, this printer offers an excellent balance of speed, quality, and multi-filament management.
4. ELEGOO Centauri Carbon 3D Printer, CoreXY 500mm/s High Speed Printing
ELEGOO Centauri Carbon 3D Printer redefines fast and precise printing with its CoreXY design and high-speed capabilities. Delivered fully assembled and ready to print, this machine removes typical setup hurdles to get your projects moving immediately.
With a generous 10-inch cube build volume and easy-to-use touchscreen, it suits beginners and experienced makers. The sturdy frame and advanced features provide reliable, top-quality results for demanding applications.
The Centauri Carbon pushes speed boundaries, reaching print speeds up to 500 mm/s with rapid acceleration. Its CoreXY structure ensures swift but stable movement, allowing you to complete detailed parts quickly.
Built for advanced materials, a 320°C brass-hardened steel nozzle handles carbon fiber and other strong filaments. An enclosed printing chamber with enhanced cooling maintains ideal conditions for durable parts suited to automotive, drone, and sports needs. The die-cast aluminum frame minimizes vibrations, keeping prints accurate even at high speeds.
The die-cast aluminum frame minimizes vibrations, keeping prints accurate even at high speeds.
User-friendly features include automatic bed leveling, a PLA-specific print surface, and a built-in chamber camera with dual LED lighting. You can remotely monitor prints, watch time-lapse videos, and send files over WiFi. Together, these capabilities deliver reliable, high-detail printing with minimal hassle.
Together, these capabilities deliver reliable, high-detail printing with minimal hassle.
Pros
- Fast CoreXY printing with speeds up to 500 mm/s and high acceleration
- Supports advanced filaments thanks to 320°C hardened steel nozzle and enclosed chamber
- Sturdy die-cast aluminum frame reduces vibration for precise results
Cons
- Fans can be rather noisy during operation
The ELEGOO Centauri Carbon balances speed, material versatility, and ease of use, making it an excellent choice for those seeking the best 3D printer for ASA and other demanding filaments. Its robust design and modern features provide a smooth printing experience and high-quality results, offering excellent value over similar models.
5. Polymaker ASA Filament 1.75mm Black, 1kg ASA 3D Printing Filament,
Polymaker ASA Filament in sleek black offers remarkable durability paired with excellent weather resistance. Designed to meet the needs of outdoor 3D printing, it can handle harsh conditions without compromising print quality. This filament is especially useful for projects exposed to sunlight and varying temperatures.
This filament is especially useful for projects exposed to sunlight and varying temperatures.
Combining the toughness of ABS with enhanced UV protection, the material stands out for producing reliable and long-lasting functional parts. It is a great option for items requiring both strength and exposure resistance.
Polymaker’s ASA filament delivers high heat resistance, withstanding temperatures up to 100°C, making it suitable for mechanically demanding applications. The filament prints smoothly when using a nozzle temperature of around 250°C and a heated bed set near 90°C. For larger models, using an enclosed 3D printer helps reduce warping and improves adhesion during printing.
The filament comes on a recyclable cardboard spool with eco-friendly packaging, reflecting a commitment to sustainability. Users report clean surface finishes, strong layer adhesion, and good performance during bridging and overhangs.
The material’s stiffness paired with its impact strength ensures functional parts maintain shape and durability over time.
Ideal for creating outdoor components like RC planes, car accessories, brackets, and mounts, this filament offers a reliable alternative to PLA and PETG for weather-exposed prints. Its consistent feeding and ease of use make it suitable for both seasoned makers and those new to ASA materials.
Pros
- Excellent UV and weather resistance for outdoor applications
- High heat and impact resistance suitable for functional parts
- Eco-friendly packaging with recyclable cardboard spool
Cons
- Requires an enclosed printer for best results with large parts
Offering a robust combination of strength, weather durability, and ease of printing, Polymaker ASA filament proves to be an excellent choice for outdoor 3D projects. Its unique balance of properties makes it a reliable solution when lasting quality is needed under exposure to the elements.
6. Bambu Lab P1S Combo, P1S 3D Printer and AMS, Support
Experience the fusion of speed, precision, and versatility with the Bambu Lab P1S Combo. Designed to elevate your 3D printing projects, this system delivers vibrant multi-material prints with outstanding detail and consistency.
Its fully enclosed structure supports a wide range of filaments, empowering your creativity without compromise.
Whether tackling complex designs or everyday prints, the P1S offers efficiency and convenience that transform your workflow. Streamlined setup and intelligent features ensure effortless operation from start to finish, making it an impressive choice for makers aiming for high-quality results.
The Bambu Lab P1S Combo pairs a fast, high-acceleration 3D printer with the AMS accessory to unlock up to 16-color or multi-material printing. The enclosed build chamber stabilizes temperature and enhances print quality for advanced filaments including ASA, ABS, and TPU. Automatic bed leveling takes the guesswork out of preparation, guaranteeing smooth first layers for every job.
Setup is intuitive and can be completed quickly, allowing you to focus on producing rather than assembling. The device runs quietly while maintaining pinpoint accuracy and reduced layer lines, so every detail stands out sharply.
Integration with Bambu Studio software provides a user-friendly interface, plus remote print monitoring keeps you updated on progress anywhere.
Ideal for professionals and hobbyists who demand fast turnaround and versatility, this printer excels at multi-color projects thanks to its AMS system. Compared to other printers in its class, the P1S achieves remarkable speed without sacrificing quality or reliability.
Pros
- Supports up to 16 colors and multiple materials with AMS connectivity
- Enclosed design maintains stable environment for advanced filaments
- Fast printing speeds with smooth, high-resolution outputs
Cons
- Requires the AMS unit for full multi-color capability
The Bambu Lab P1S Combo offers a reliable, high-speed, and versatile printing experience for users prioritizing quality and efficiency. Its thoughtful features and robust build make it a standout option for those working with challenging materials like ASA while enjoying vibrant, multi-color output.
7. QIDI Q2 3D Printer 2025 Upgrade, Enclosed FDM with 65℃
Experience a new level of precision and reliability with the QIDI Q2 3D Printer 2025 Upgrade. Designed to meet the needs of beginners and professionals alike, it combines ease of use with advanced features to handle a wide range of materials and projects. Whether prototyping or creating detailed models, it provides consistent, high-quality results.
Built with solid engineering and thoughtful design, the enclosed structure promotes safety and better print quality. Equipped with features that reduce warping and enhance adhesion, this printer supports various filaments, including engineering-grade composites.
Its user-friendly interface and intelligent sensors make every print straightforward and worry-free.
The QIDI Q2 stands out thanks to its innovative nozzle leveling sensor, which guarantees precise first layers with no manual adjustments. Its PTC heated chamber maintains a steady 65℃, minimizing warping issues common with challenging filaments.
The advanced synchronous belt design and linear rails ensure smooth, accurate movements during printing, giving professional-grade surface finishes.
Performance is further enhanced by a powerful core XY frame, allowing high-speed printing up to 600mm/s without sacrificing accuracy. The 370℃ nozzle temperature supports a wide variety of filaments such as PLA, ABS, PETG, TPU, and fiber composites. Optional multi-material and multi-color printing expands creative opportunities using the QIDI BOX accessory.
Optional multi-material and multi-color printing expands creative opportunities using the QIDI BOX accessory.
This printer places ease and safety at the forefront with smart features like auto bed leveling, filament run-out detection, and a triple filtration system to reduce odors and particles. Its flame-retardant chamber and closed-loop temperature control promote safe indoor use. Responsive customer support rounds off a package that excels in value and versatility for makers, educators, and engineers.
Pros
- Highly accurate first-layer calibration using the nozzle as a leveling sensor
- Enclosed heated chamber maintains stable temperature to reduce print warping
- Supports a broad range of filaments, including technical and composite materials
Cons
- The footprint is relatively large compared to some compact desktop printers
Every aspect of the QIDI Q2 is crafted to enhance printing precision, material compatibility, and user comfort. With features typically seen only in higher-end models, it offers a versatile and reliable solution for creative projects without compromise.
For anyone seeking a well-rounded, professional-grade printer with a user-friendly experience, the QIDI Q2 presents a compelling choice.
8. Creality K2 Combo 3D Printer, Multicolor Printing with CFS, Max
The Creality K2 Combo 3D Printer offers a remarkable multicolor printing experience, enhancing creative possibilities with up to 16 colors. Its combination of a sizable build volume and quiet operation makes it a dependable choice for varied printing needs.
Designed for practical use, this model simplifies multicolor projects with four Color Feeding System units, extending the palette significantly. Built to comfortably handle jobs with its 260 × 260 × 260 mm build volume, it is suitable for diverse applications without frequent size limitations.
Multicolor printing reaches new heights by connecting as many as four CFS units, allowing vivid, intricate projects without additional painting. The sturdy frame, paired with a precise step-servo motor system, improves speed, consistency, and noise control during printing. Step-servo motors adjust torque rapidly, delivering detailed and accurate outcomes.
Operating quietly, the printer uses silent mode coupled with balanced fans that reduce noise to the level of typical keyboard typing. Setup is straightforward because it comes pre-assembled, enabling users to begin printing quickly after minimal installation. The platform broadens material compatibility, supporting PLA, PETG, ABS, and more, which adds to its versatility.
Smart auto leveling accelerates bed preparation by focusing only on the print area, ensuring precision and saving time. Meanwhile, the AI camera monitors printing progress in real time, alerting users to issues like idling or printing failures.
Pros
- Multicolor printing capability with up to 16 colors for vibrant designs
- Quiet performance thanks to step-servo motors and balanced fan system
- Smart auto leveling and AI camera provide faster setup and real-time monitoring
Cons
- The included filament spool is small and may require replacement for seamless feeding
The Creality K2 Combo stands out as an efficient and innovative 3D printer that balances advanced technology with ease of use. Its multicolor capabilities and quiet operation suit various projects well, making it a valuable tool for those requiring detailed, precise output with minimal fuss.
9. FLASHFORGE AD5M Pro 3D Printer 600mm/s High Speed & Precision,
Experience high-speed, precise 3D printing with the FLASHFORGE AD5M Pro, designed to deliver exceptional results for varied applications. Its silent, enclosed design makes printing safer and more comfortable in any setting.
Whether working on creative projects or household fixes, this printer combines ease and performance seamlessly in one compact machine. The AD5M Pro suits users looking for reliability and versatility in 3D printing.
The FLASHFORGE AD5M Pro stands out with its advanced automatic leveling system, ensuring perfect first layers without manual adjustments. Its fully enclosed construction coupled with a dual filtration system keeps air clean by filtering out almost all harmful particles.
Speed is another highlight, as the printer boasts up to 600mm/s with a high-temperature direct drive extruder that supports various filament types including ASA, PLA, ABS, TPU, and more. The option to swap nozzles quickly means users can choose between fine detail or faster prints, adapting to every project’s needs.
Control is made simple thanks to the Orca-Flashforge slicer and Flash Maker app, allowing remote monitoring and easy parameter adjustments. The build quality shows in the sturdy frame and reliable components, making setup and calibration effortless.
Overall, the AD5M Pro offers impressive functionality that caters well to beginners and intermediate makers seeking consistent results.
Pros
- One-click automatic bed leveling for hassle-free setup
- Enclosed build chamber with HEPA13 and activated carbon filters
- Supports multiple filament types including ASA and carbon fiber blends
Cons
- Proprietary nozzle cartridges may limit customization for some users
Combining fast printing speeds with quiet operation and advanced features, the FLASHFORGE AD5M Pro offers great value and versatility. It fits users seeking a dependable machine for both learning and professional 3D printing. Compared to similar models like the Ender 3, it excels with automatic calibration and an enclosed design, enhancing user convenience and safety.
10. FLASHFORGE AD5X Multi-Color 3D Printer, CoreXY 600mm/s High-Speed, 1-Click Auto
Experience vibrant creativity with the FLASHFORGE AD5X Multi-Color 3D Printer, designed to elevate your printing projects. Its ability to handle up to four colors simultaneously offers unmatched versatility for detailed and colorful models. Precision meets speed with a robust CoreXY structure capable of reaching 600mm/s printing velocity.
Precision meets speed with a robust CoreXY structure capable of reaching 600mm/s printing velocity.
Whether crafting small intricate parts or larger prototypes, this printer combines advanced features for high-quality results. The intuitive 1-Click Auto Leveling streamlines setup and reduces errors.
Perfect for makers ready to advance into multi-material or multi-color 3D printing, the AD5X brings innovation to any workspace.
The FLASHFORGE AD5X stands out with its vivid multi-color printing capability. Supporting up to four colors simultaneously, it expands creative freedom beyond the usual single-color limitations. Its CoreXY mechanical design promotes stable movements and reduces vibrations, leading to crisp, detailed prints.
Equipped with interchangeable nozzles ranging from 25mm to 8mm, it adapts to both fine detail and faster production needs.
8mm, it adapts to both fine detail and faster production needs. A high-temperature 300°C direct-drive extruder handles a variety of filaments efficiently. The advanced dual-channel cooling fan and vibration compensation system enhance the overall print quality.
User convenience is prioritized with features like 1-Click Auto Leveling and automatic filament feeding. The built-in resume printing function safeguards your projects against sudden power outages.
Plus, remote print control and monitoring via the Flash Maker app add extra flexibility.
Assembly and setup are straightforward, with many users reporting quick readiness to print. The sizable 220 x 220 x 220 mm build volume provides ample space for multiple project types. This printer suits beginners stepping into multi-color printing and more experienced users looking for reliable, high-speed production.
This printer suits beginners stepping into multi-color printing and more experienced users looking for reliable, high-speed production.
Pros
- Supports up to 4 colors simultaneously for dynamic models
- High-speed CoreXY motion system with up to 600mm/s printing
- Automatic bed leveling for consistent print quality
Cons
- Increased noise during multi-color printing due to color swapping
With its innovative design and user-friendly features, the FLASHFORGE AD5X redefines what multi-color 3D printing can achieve. It is a reliable choice for both newcomers and seasoned users who demand speed, precision, and color versatility in one compact machine.
11. Polymaker ASA Filament 1.75mm Natural, 1kg ASA 3D Printing Filament,
Polymaker ASA Filament offers a weather-resistant option outstanding for outdoor 3D printing projects. Combining ABS-like strength with enhanced UV resistance, it proves reliable for tough environmental conditions. Its natural color and smooth feed make it a practical choice for durable functional prints.
Its natural color and smooth feed make it a practical choice for durable functional prints.
This filament is designed to withstand heat and impact, making it suitable for creating parts that must endure stress and temperature up to 100˚C. The eco-friendly packaging adds an extra layer of appeal for the sustainability-minded user.
Crafted from Acrylonitrile Styrene Acrylate, this filament brings high mechanical performance suitable for practical applications such as automotive accessories and outdoor mounts. It maintains excellent layer adhesion and surface finish, ensuring each print looks professional and holds up well over time. Printing parameters are straightforward and similar to ABS, requiring a nozzle temperature around 250˚C and bed temperature near 90˚C, which helps reduce warping when used with an enclosed printer.
Printing parameters are straightforward and similar to ABS, requiring a nozzle temperature around 250˚C and bed temperature near 90˚C, which helps reduce warping when used with an enclosed printer.
The packaging includes a cardboard spool made from recycled materials, showcasing environmental responsibility. Operators will appreciate the smooth extrusion and consistent feeding that reduces printing interruptions.
Once printing settings are refined, the filament delivers consistent results, handling bridges and overhangs confidently.
Its balance of toughness, UV resistance, and ease of use suits makers focused on functional outdoor parts that demand durability beyond PLA and PETG. This filament’s robust properties and reliable printing qualities make it a valuable addition for anyone producing practical and lasting 3D printed components.
Pros
- Excellent weather and UV resistance for outdoor durability
- High heat resistance withstanding temperatures up to 100˚C
- Eco-friendly packaging with a recycled cardboard spool
Cons
- May require an enclosed printer to prevent warping on larger prints
Polymaker ASA Filament uniquely combines toughness with environmental resilience, making it a strong choice for outdoor and functional 3D printing jobs. Its balanced features and smooth printing experience cater to users seeking practical, lasting results.
12. TINMORRY ASA Filament 1.75mm, High UV & Heat Resistant 3D
Experience reliable and durable 3D prints with the TINMORRY ASA Filament 75mm. Designed to endure tough outdoor conditions, it offers exceptional resistance to UV rays and heat.
This filament keeps colors vibrant longer and resists weather-induced wear, making it a strong choice for outdoor projects.
Its superior thermal stability allows prints to hold their shape even at temperatures up to 100˚C. Ideal for users who demand lasting performance and structural strength in their 3D printed parts.
Crafted from Acrylonitrile Styrene Acrylate (ASA), this filament excels in maintaining mechanical integrity under stress. It outperforms ABS by offering greater UV and heat resistance, making it suitable for applications exposed to sunlight and harsh weather.
Printing with TINMORRY ASA requires maintaining a nozzle temperature between 240-280°C and a bed temperature of 90-100°C. Using an enclosed 3D printer helps achieve optimal print quality.
This filament’s consistent flow allows for sharp detail and clean layers, reducing defects and post-processing efforts. Its matte ASA black finish enhances part appearance while minimizing visible layer lines.
Excellent dimensional accuracy and adhesion contribute to stress-resistant, professional-quality results perfect for structural and outdoor components.
Pros
- Outstanding UV and weather resistance ideal for outdoor use
- High heat tolerance up to 100˚C prevents deformation
- Compatible with popular enclosed 3D printers like Bambu X1C and P1S
Cons
- Requires an enclosure for best printing results
TINMORRY ASA filament delivers a balance of durability and ease of use suited for demanding outdoor projects. Its mechanical strength, UV stability, and temperature resistance make it a solid option when compared to standard ABS filaments.
13. Polymaker ASA Filament 1.75mm Dark Grey, 1kg ASA 3D Printing
Polymaker ASA Filament in Dark Grey blends durability with impressive weather resistance. Designed for outdoor use, it offers reliable UV protection and strength for long-lasting prints.
Its combination of ABS-like toughness and enhanced environmental resistance sets it apart from standard filaments. Suitable for RC planes, car accessories, or other outdoor parts, it maintains quality even under harsh conditions. Users can expect consistent extrusion and excellent finish quality from the start.
This 75mm Polymaker ASA filament weighs 1kg, providing ample material for multiple prints. It boasts high heat resistance, tolerating temperatures up to 100˚C, which makes it ideal for functional applications requiring durability.
The filament also shows strong impact resistance, similar to ABS, while avoiding common ABS drawbacks like warping if used in an enclosure.
The packaging includes an eco-friendly cardboard spool and box, reducing plastic waste and enhancing convenience. Printing guidelines recommend a nozzle temperature of 250˚C with a bed temperature of 90˚C, along with moderate print speeds.
Users report smooth feeding and excellent layer adhesion, which result in clean surface finishes and strong part integrity.
Outdoors, the filament shines thanks to its UV resistance and lowered risk of environmental stress cracking. Some adjustments for bed adhesion, like using a brim, can optimize print reliability. This material suits creators needing more resilience than PLA or PETG can provide, offering a balance between ease of use and performance for rugged components.
This material suits creators needing more resilience than PLA or PETG can provide, offering a balance between ease of use and performance for rugged components.
Pros
- Excellent weather and UV resistance for outdoor applications
- High heat tolerance and mechanical strength comparable to ABS
- Eco-friendly packaging with a fully recycled cardboard spool
Cons
- Best results require an enclosed printer to reduce warping on large prints
Polymaker ASA filament offers a reliable, weatherproof option for outdoor and functional 3D prints. Its combination of toughness, printability, and sustainable packaging makes it a compelling material choice for professionals and hobbyists aiming for durable results.
14. Entina TINA2S 3D Printers with WiFi Cloud Printing, Huge Library,
The Entina TINA2S 3D Printer offers a seamless and engaging printing experience for beginners and kids. Its compact design combined with smart WiFi cloud printing makes creativity accessible right out of the box. With a vast library of models and easy app controls, it inspires endless projects at home or school.
With a vast library of models and easy app controls, it inspires endless projects at home or school.
Designed to be user-friendly and efficient, this printer brings high precision and speed to every print. Its upgraded wireless connection ensures smooth file transfers, and the auto-leveling platform simplifies setup.
The quiet operation and thoughtful features make it an excellent choice for entry-level 3D printing.
Starting with its fully assembled structure, the Entina TINA2S requires no complicated setup, allowing users to print immediately. The included Poloprint Cloud app grants access to over 1,000 regularly updated 3D models, supporting creativity without additional costs.
Users can also design their own models with open painting features.
Precision is key here, with a 04mm resolution and print speeds up to 200mm/s, delivering smooth, detailed results quickly. The printer supports multiple slicing software, including Cura and Simplify3D, expanding its compatibility.
The printer supports multiple slicing software, including Cura and Simplify3D, expanding its compatibility. Its WiFi module boasts five times faster file transfer, making wireless printing more reliable.
Additional highlights include an auto-leveling system that removes the hassle of manual bed adjustments and a flexible, removable steel build plate to prevent warping. The dual Z-axis guides improve stability, while the quick-change nozzle design minimizes clogging and simplifies maintenance. A built-in LED light helps monitor the printing process anytime, and its ultra-quiet motherboard creates a peaceful environment for printing at home or in a classroom.
Pros
- User-friendly app with large free model library and no subscriptions
- High precision prints with reliable and fast WiFi connectivity
- Auto-leveling and flexible build plate enhance print success and ease of use
Cons
- Initial app connectivity may experience overload during peak times
The Entina TINA2S is an ideal choice for families, educators, and beginners seeking an accessible 3D printer. Its combination of simplicity, precision, and smart features provides an enjoyable introduction to 3D printing without extra complexity or hidden fees. It stands out as a versatile and reliable option in its category.
It stands out as a versatile and reliable option in its category.
15. FLASHFORGE ASA Filament 1.75mm Balck, 3D Printer Filament 1kg (2.2lbs)
Experience durability and reliability with FLASHFORGE ASA Filament 75mm in Black.
Its strong performance under high temperatures makes it a reliable choice for outdoor applications requiring lasting quality.
Combining the toughness of ABS with improved heat stability, this filament offers precision and consistency for professional-grade prints. Whether crafting functional parts or custom accessories, it ensures rigidity and excellent surface finish every time.
FLASHFORGE ASA filament stands out due to its outstanding resistance to UV rays and chemicals, extending the lifespan of printed objects exposed to harsh environments. It maintains form accurately even at temperatures close to 93°C, making it ideal for outdoor uses like RC models and automotive parts.
Advanced diameter control guarantees that nearly all filament remains within a tight tolerance of +/- 02 mm, ensuring smooth, reliable extrusion and precise layering. With a standard 1 kg spool, you receive a consistent feed suitable for a variety of 3D printers, including popular models upgraded with good hotends.
Users notice the material prints with high rigidity and toughness, comparable to nylon blends but with easier handling. While it benefits from being printed inside an enclosure, it performs reliably even with basic setups, provided the filament is stored properly and dried before use.
This filament is a solid option for makers seeking robust, heat-resistant prints without complicated setup.
Pros
- Exceptional UV and chemical resistance for outdoor durability
- High dimensional accuracy with tightly controlled diameter
- Rigid, tough prints that withstand temperatures near 93°C
Cons
- Requires drying prior to use to maintain print quality
Overall, FLASHFORGE ASA filament offers a strong balance of durability, precision, and ease of use for printing outdoor-grade and chemically resistant parts. Its reliable performance on mainstream printers makes it an excellent choice for those seeking lasting 3D prints in demanding conditions.
Top 3D Printers for ASA: Best Picks & Buying Guide
Ease of use and software support
When choosing a 3d printer suitable for printing with ASA material, considering the user interface and controls can greatly impact the printing experience. A printer with an intuitive touchscreen or clear buttons allows for easier navigation through settings, reducing the learning curve for beginners.
Compatibility with popular slicing software also plays a key role, as it enables smooth preparation of 3d models and can offer helpful presets tailored to ASA’s printing requirements. Regular calibration and maintenance are part of the process to maintain print quality and reliability. Some models provide assisted calibration features or modular components that simplify upkeep, helping users keep their printer in optimal condition without hassle.
Balancing these elements will help buyers find a user-friendly 3d printer that handles ASA effectively while providing a straightforward operation and software workflow.
Print quality and resolution
When choosing a 3D printer suitable for ASA material, the ability to adjust layer height options plays an important role in achieving the desired level of detail and smoothness in prints. A printer that offers a variety of layer height settings allows for greater control over the precision and detail capabilities, which is particularly useful whether creating prototypes or functional parts requiring a refined finish. Consistency with ASA printing involves maintaining stable temperatures and minimizing warping, so a device with a reliable heated enclosure and good adhesion features can greatly enhance print stability.
Consistency with ASA printing involves maintaining stable temperatures and minimizing warping, so a device with a reliable heated enclosure and good adhesion features can greatly enhance print stability. This combination of adjustable precision and dependable handling of ASA helps produce strong, accurate, and aesthetically pleasing results across different projects, making these factors significant when making a selection.
Build volume and print size
When choosing the best 3d printer for asa, the maximum build dimensions play a pivotal role in matching the device to your project requirements. Larger build areas offer the flexibility to create bigger or multiple items in a single print cycle, which can save time and effort for ongoing projects.
Additionally, considering the space where the printer will be placed is practical since some models with generous build volumes may require significant room. Balancing the need for sufficient printing capacity with available workspace helps maintain an organized and efficient setup.
Thoughtful attention to these factors will guide you toward a printer that supports your creative ambitions without overwhelming your environment.
Heated bed and enclosure features
When working with ASA filament, a printer equipped with a heated bed capable of reaching temperatures between 90 and 110 degrees Celsius can greatly improve adhesion and reduce warping during the printing process. Maintaining a stable, warm build surface allows the material to cool more evenly, which is particularly beneficial given ASA’s tendency to shrink and deform if cooled too quickly. An enclosure surrounding the print area plays a significant role, as it helps trap heat and prevents sudden drafts or temperature fluctuations that might lead to cracks or layer separation.
This controlled environment not only enhances print quality but also ensures parts retain strength and dimensional accuracy. For those planning to print functional outdoor prototypes or mechanical parts, investing in a printer with both a reliable heated bed and enclosure contributes to more consistent and durable results.
Material compatibility and extruder type
ASA filament requires a 3D printer capable of handling higher temperatures than typical filaments due to its durability and resistance properties. A high temperature extruder is necessary to properly melt and deposit the ASA material, maintaining consistent extrusion without clogging or under-extrusion. Printers equipped with an all-metal hotend can meet these demands, as they can sustain elevated temperatures and withstand prolonged use without degradation from the heat.
Printers equipped with an all-metal hotend can meet these demands, as they can sustain elevated temperatures and withstand prolonged use without degradation from the heat. This design also allows for greater versatility when working with other high-temperature materials, broadening the range of projects one can tackle. When assessing options, consider whether the printer’s hardware supports reliable temperature control and stable filament feeding to achieve quality prints with ASA or similar filaments, especially for outdoor or mechanical parts where strength and weather resistance are key.
Durability and reliability
When choosing the best 3d printer for asa, durability and reliability are key factors that greatly impact your overall experience. Printers with robust frame construction and materials tend to withstand the high temperatures required for ASA filament, which enhances longterm ASA printing performance by minimizing warping and ensuring consistent quality.
Models built with metal frames or reinforced structures provide greater stability during extended use, reducing mechanical wear and maintaining precision over time. Another important aspect is the availability of customer support and warranty options, as responsive service can help address any issues swiftly, protecting your investment and giving peace of mind. Reliable printers often come with solid manufacturer backing, which contributes to sustained performance and fewer interruptions, making a choice that balances sturdy construction and dependable support ideal for producing durable ASA parts.
Frquently Asked Questions
Which Features Should I Look For In A Printer To Effectively Print Asa Material?
When choosing a printer to effectively print ASA material, look for a machine with a heated bed and an enclosed build chamber. ASA requires consistent temperature control to prevent warping and ensure good layer adhesion. A heated bed set around 90-110°C and an enclosure that maintains ambient temperature help achieve high-quality prints. Additionally, consider a printer with a hardened steel or Ruby nozzle, as ASA is abrasive and can wear out standard brass nozzles quickly. Good cooling controls and strong filament feeding mechanisms also contribute to smooth ASA printing.
What Are The Challenges Of Printing Asa, And How Can The Best Printers Help Overcome Them?
Printing ASA (Acrylonitrile Styrene Acrylate) poses challenges such as high warping and poor adhesion due to its chemical composition and thermal properties. ASA requires consistent high-temperature bed and nozzle settings to prevent layer separation and curling. Additionally, ASA’s sensitivity to humidity can affect print quality, necessitating proper filament storage. The best printers help overcome these issues by offering advanced temperature control, heated beds with enclosures to maintain stable environments, and reliable filament feeding systems. These features ensure optimal print conditions, reducing warping and enhancing adhesion for high-quality ASA prints.
How Does Asa Filament Performance Vary Across Different Printer Models?
ASA filament performance can vary across different printer models due to factors such as nozzle temperature stability, bed adhesion capabilities, and enclosure availability. Printers with consistent temperature control and heated beds tend to produce better layer adhesion and surface finish when using ASA, which requires higher extrusion temperatures around 240-260°C. Additionally, enclosed printers help reduce warping by maintaining a stable ambient temperature during printing. Moreover, differences in cooling fan settings and extrusion systems influence ASA printing quality. Models with adjustable cooling fans can better manage the balance between layer cooling and adhesion, optimizing strength and appearance. Therefore, selecting a printer with features that support ASA’s thermal and environmental needs significantly enhances print results.
Are There Any Budget-Friendly Printers Suitable For Asa Printing?
Yes, there are budget-friendly printers suitable for ASA printing, particularly among fused filament fabrication (FFF) 3D printers. Models like the Creality Ender 3 and Anycubic i3 Mega are popular choices due to their affordability and compatibility with ASA filament. These printers typically allow for adequate build volume and temperature settings necessary to print ASA successfully. However, printing ASA requires proper enclosure or controlled environment to minimize warping and ensure print quality. While basic models may need modifications or add-ons such as an enclosure, they remain cost-effective options for enthusiasts and beginners interested in ASA printing without investing in high-end machines.
What Is The Best Printer For Printing With Asa Filament?
The best printer for printing with ASA filament is one that offers a heated enclosure, a heated bed, and an all-metal hotend. Printers like the Prusa i3 MK3S+ and the Creality Ender 5 Pro are popular choices due to their reliability and ability to maintain stable print temperatures. ASA filament requires a consistent environment to prevent warping and cracking, which these printers can provide. Additionally, a printer with good cooling control and strong bed adhesion features is ideal. Enclosed printers such as the Raise3D Pro2 or the Ultimaker S5 are excellent for ASA because they minimize exposure to drafts and temperature fluctuations, enhancing print quality and durability.
Conclusion
Choosing the best 3d printer for ASA involves balancing durability, temperature control, and ease of use. Models that offer reliable heated beds and enclosed printing chambers excel in handling ASA’s high-temperature requirements, resulting in strong, weather-resistant prints.
This type of 3D printer is well-suited for professionals and hobbyists who need robust outdoor or mechanical parts. For those concerned about maintenance and material compatibility, selecting a printer with strong community support and clear guidelines can alleviate common challenges.
Ultimately, the best 3d printer for ASA will depend on your specific needs, but focusing on temperature stability and build volume ensures dependable results.
