R QIDI Technology ABS Rapido 3D Printer vs R QIDI Technology QIDI Tech PETG-Tough 1.75mm: Spec Comparison
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You are looking at the r qidi technology abs rapido 3d printer vs petg tough 3d printer filament comparison. Both are 1.75mm spools from QIDI Technology, weighing 1kg each. They share a maximum print speed of 400mm/s. The main difference lies in their material composition and dimensional accuracy. ABS Rapido offers +/- 0.03mm tolerance, while PETG-Tough provides tighter +/- 0.02mm precision. Each material targets specific functional needs for your prints.
Key differences
| Aspect | QIDI ABS Rapido 1.75mm White Filament | QIDI Tech PETG-Tough 1.75mm Filament |
|---|---|---|
| Material Type | ABS Rapido | PETG-Tough |
| Dimensional Accuracy | +/- 0.03mm | +/- 0.02mm |
| Recommended Nozzle Temp | 270°C | 240-280°C |
| Recommended Bed Temp | 80-100°C | 70-80°C |
| Packaging | Not listed | Vacuum aluminum foil |
Which one should you choose?
Choose QIDI ABS Rapido 1.75mm White Filament if
- You need high impact resistance and durability for functional parts.
- You prefer a single recommended nozzle temperature of 270°C.
- You want to minimize odor and warping during printing.
Choose QIDI Tech PETG-Tough 1.75mm Filament if
- You require tighter dimensional accuracy at +/- 0.02mm.
- You need a filament with three times the notch impact strength of standard PETG.
- You want vacuum-sealed packaging to protect against moisture.
Verdict: Choose ABS Rapido if you prioritize durability and high-temperature resistance for functional components. Select PETG-Tough if you need superior impact strength and tighter dimensional tolerances for precise parts. Both filaments support high-speed printing up to 400mm/s on compatible QIDI printers.
ABS Rapido vs PETG-Tough Specs
Dimensional Accuracy
Dimensional accuracy determines how consistent the filament diameter is along its entire length. This consistency is critical for smooth feeding into the extruder and uniform layer deposition. QIDI ABS Rapido lists a tolerance of +/- 0.03mm. In comparison, QIDI Tech PETG-Tough specifies a tighter tolerance of +/- 0.02mm. A smaller variance means less resistance during feeding and fewer potential clogs or under-extrusion issues. While both are within acceptable ranges for quality printing, the PETG-Tough variant offers slightly stricter manufacturing controls. This precision helps ensure that every layer bonds correctly, reducing the risk of print failures caused by inconsistent filament thickness. For users prioritizing tight tolerances, the PETG-Tough specification is marginally superior.
Material Durability
The core difference between these spools lies in their material properties. QIDI ABS Rapido is an ABS-based filament designed for high impact resistance and durability. It is noted to be more impact resistant than PLA and suitable for functional parts requiring heat resistance. QIDI Tech PETG-Tough is a modified PETG filament. It features enhanced toughness, with a notch impact strength more than three times that of ordinary PETG. This makes it rigid, tough, and high-performance. While ABS Rapido focuses on general sturdiness and high-temperature suitability, PETG-Tough emphasizes superior impact resistance through chemical modification. If your project requires parts that can withstand physical shock or bending without breaking, the enhanced toughness of the PETG-Tough material offers a distinct advantage over standard ABS formulations.
Printing Speed
Both filaments are engineered for high-speed printing capabilities. QIDI ABS Rapido supports printing speeds up to 400mm/s, a significant increase over traditional ABS speeds. Similarly, QIDI Tech PETG-Tough also supports a maximum print speed of 400mm/s. The PETG-Tough achieves this through high fluidity, which requires lower extrusion pressure. This lower pressure requirement can reduce wear on your extruder gears and make high-speed printing more stable. ABS Rapido achieves its speed through its specific polymer formulation. Since both products share the identical maximum speed rating of 400mm/s, neither holds a technical advantage in terms of raw speed potential. You can expect similar throughput rates from either filament, provided your printer hardware can handle the flow rate.
Odor and Emissions
Emissions and odor are important factors for indoor printing environments. QIDI ABS Rapido uses low VOC treatment technology to remove small molecules of organic volatiles. This results in significantly lower volatile content compared to traditional ABS resins, leading to minimal odor and bubble-free printing. QIDI Tech PETG-Tough is described as odorless, with no mention of VOC treatment, implying it naturally emits fewer fumes. While ABS Rapido actively reduces odor through chemical treatment, PETG-Tough is marketed as inherently odorless. For users sensitive to smells, both options are preferable to standard ABS. However, the explicit claim of being odorless gives PETG-Tough a slight edge in perceived comfort, whereas ABS Rapido relies on its treatment process to mitigate the typically strong smell associated with ABS materials.
Recommended Settings
Printing settings vary between the two materials, affecting your workflow. ABS Rapido recommends a nozzle temperature of 270°C and a bed temperature of 80-100°C. It suggests a speed range of 200-400mm/s. PETG-Tough recommends a broader nozzle range of 240-280°C and a bed temperature of 70-80°C. It also specifies a fan setting of 100% and a speed range of 40-400mm/s. The ABS Rapido settings are more specific and require higher bed temperatures, which is typical for ABS to prevent warping. PETG-Tough offers a wider speed range, starting as low as 40mm/s, which provides more flexibility for detailed prints. The fan requirement for PETG-Tough is also a key differentiator, as ABS typically does not require part cooling. This makes PETG-Tough slightly more versatile in terms of speed adaptability.
Which filament should you choose
You need high impact resistance
Choose PETG-Tough if durability is your priority. It offers notch impact strength more than three times that of ordinary PETG. This makes it ideal for functional parts requiring toughness. The material remains rigid and heat resistant. You get reliable performance for parts that must withstand stress without breaking.
You want tighter dimensional tolerances
Select PETG-Tough for superior consistency. It features a dimensional accuracy of +/- 0.02mm, which is tighter than the ABS Rapido's +/- 0.03mm. This precision ensures smoother feeding and more uniform extrusion. You benefit from reduced warping and fewer print failures due to better diameter control.
You prefer lower printing temperatures
Pick ABS Rapido if you want to avoid high heat. It recommends a nozzle temperature of 270°C, which is higher than PETG-Tough's range, but the material is designed for high-speed printing with low VOCs. It offers less odor and minimal warping. You get a sturdy filament suitable for high-temperature environments.
You need vacuum sealed packaging
Choose PETG-Tough for better moisture protection. It comes in a vacuum-sealed aluminum foil pack. This protects the filament from humidity, ensuring smoother and more stable printing. You avoid moisture-related defects. The packaging helps maintain filament quality longer compared to standard spool storage methods.
The products compared
QIDI ABS Rapido 1.75mm White Filament
Best for: High-speed functional ABS prints
- Material Type
- ABS Rapido
- Filament Diameter
- 1.75mm
- Net Weight
- 1kg
- Max Print Speed
- 400mm/s
- Dimensional Accuracy
- +/- 0.03mm
- Color
- White
View on Amazon: QIDI ABS Rapido 1.75mm White Filament Affiliate link
This is a 1kg spool of QIDI Technology ABS Rapido filament designed for high-speed printing. The 1.75mm diameter maintains a dimensional accuracy of +/- 0.03mm for consistent feeding. It supports print speeds up to 400mm/s and handles nozzle temperatures around 270°C. The material offers impact resistance and heat tolerance suitable for functional parts. It features low odor and reduced warping for cleaner prints.
Pros
- Supports high-speed printing up to 400mm/s
- Dimensional accuracy of +/- 0.03mm ensures consistent extrusion
- Low VOC treatment reduces odor and warping
- Impact resistant and durable for functional parts
Cons
- Requires a heated bed at 80-100°C
- High nozzle temperature of 270°C needed
- Limited to white color in this listing
Good fit if
- You need durable parts for functional use
- You print at speeds up to 400mm/s
- You have a heated bed for ABS
Skip if
- You prefer low-temperature PLA printing
- You lack a heated bed
- You need multi-color prints without splicing
Verdict: QIDI Technology ABS Rapido 1.75mm Filament fits users who need durable, high-speed prints and have the necessary heated bed setup. It is a solid choice for functional prototyping where speed and strength matter.
QIDI Tech PETG-Tough 1.75mm Filament
Best for: High-speed printing of tough, impact-resistant parts
- Material Type
- PETG
- Filament Diameter
- 1.75mm
- Net Weight
- 1kg
- Max Print Speed
- 400mm/s
- Dimensional Accuracy
- +/- 0.02mm
- Color
- Green
View on Amazon: QIDI Tech PETG-Tough 1.75mm Filament Affiliate link
This is a toughened PETG filament designed for high-speed FDM printing. It supports speeds up to 400mm/s and features improved notch impact strength. The 1.75mm diameter maintains strict dimensional accuracy of +/- 0.02mm. You get a 1kg spool in green, vacuum-sealed in aluminum foil to prevent moisture damage. It works with most standard 1.75mm printers, though it pairs best with the QIDI X-Max3.
Pros
- High-speed printing capability up to 400mm/s
- Toughened PETG with three times the impact strength of standard PETG
- Vacuum-sealed aluminum foil packaging protects against moisture
- Dimensional accuracy of +/- 0.02mm ensures consistent feeding
Cons
- Requires higher nozzle temperatures of 240-280°C
- Only available in 1kg spool sizes
- Specifically optimized for QIDI X-Max3 printer performance
Good fit if
- You need durable parts with high impact resistance
- You want to print at speeds up to 400mm/s
- You use a QIDI X-Max3 3D printer
Skip if
- You require a spool larger than 1kg
- You prefer standard PETG without toughness modifications
- You cannot maintain nozzle temperatures above 240°C
Verdict: QIDI TECH PETG-Tough 1.75mm Green Filament delivers high-speed printing and superior durability for users who need tough, impact-resistant parts. It is the right choice for those using QIDI X-Max3 printers who prioritize speed and material strength.
Specifications side by side
| Spec | QIDI ABS Rapido 1.75mm White Filament | QIDI Tech PETG-Tough 1.75mm Filament |
|---|---|---|
| Material Type | ABS Rapido | PETG |
| Filament Diameter | 1.75mm | 1.75mm |
| Net Weight | 1kg | 1kg |
| Max Print Speed | 400mm/s | 400mm/s |
| Dimensional Accuracy | +/- 0.03mm | +/- 0.02mm |
| Compatible Material | ABS | PETG |
| Color | White | Green |
| Size | not stated | 1.75Mm |
| Surface Finish | not stated | Smooth |
| Resin Type | not stated | Tough |
| Weight | 2.2 pounds | not stated |
Frequently asked questions
Is ABS Rapido better for high-speed printing?
Yes, ABS Rapido is designed for high-speed functional prints. It allows you to print durable parts quickly. The filament works well with heated bed setups. You get solid results for functional prototyping where speed matters. It fits users who need strength and rapid production cycles.
Which filament has higher impact resistance?
PETG-Tough offers superior impact resistance. It provides notch impact strength more than three times that of ordinary PETG. This makes it ideal for tough, durable parts. You should choose this material if your projects require parts that can withstand physical stress without breaking easily.
What color options are available?
ABS Rapido comes in white. PETG-Tough is available in green. Both are 1.75mm spools from QIDI Technology. You can select the color based on your aesthetic preference or visibility needs during the printing process. The color does not affect the core performance specs.
Can I use these filaments for functional prototyping?
ABS Rapido is a solid choice for functional prototyping. It balances speed and strength for practical applications. PETG-Tough is also suitable for functional parts needing toughness. Both materials support the creation of durable components. You can rely on them for building parts that require real-world performance.
Does PETG-Tough remain rigid after printing?
Yes, PETG-Tough remains rigid after printing. This rigidity contributes to the durability of the final part. It ensures that your printed components maintain their shape under load. This property is essential for users who prioritize material strength and long-term structural integrity in their projects.
Are these filaments compatible with QIDI X-Max3?
PETG-Tough is specifically noted for users of QIDI X-Max3 printers. It prioritizes speed and material strength for this equipment. ABS Rapido also fits users with the necessary heated bed setup. You can confidently use these filaments with compatible QIDI printers for reliable results.