Anycubic Kobra S1 vs Bambu Lab P1S – Check Which One Is Best & Why?

Anycubic Kobra S1 & NOCO Boost share many similarities, but there are also important differences, such as quality, performance, features, design, and connectivity. If you want the best one between them, I Would recommend the Anycubic Kobra S1 rather than the Bambu Lab P1S. 

Table Of Contents hide
1 Why Do I Recommend The Anycubic Kobra S1?
2 Side By Side Comparison
3 What Common Both Can Do?
4 Common Features

Why Do I Recommend The Anycubic Kobra S1? 

  • The Anycubic Kobra S1 has up to 320°C hotend temperature for printing higher-temperature engineering filaments with greater thermal stability, while the Bambu Lab P1S uses a 300°C hotend.
  • Anycubic Kobra S1 comes with up to 120°C heated bed temperature for improved adhesion and reduced warping on large ABS and ASA prints, whereas the Bambu Lab P1S has a 100°C heated bed.
  • It features a large 4.3-inch full-color touchscreen for faster setting changes and clearer on-printer control during prints, while the Bambu Lab P1S uses a smaller monochrome screen with physical buttons.
  • The Anycubic Kobra S1 supports higher claimed peak print speeds of up to 600 mm/s for faster completion of time-sensitive prints, compared to the Bambu Lab P1S is rated up to 500 mm/s.
  • Anycubic Kobra S1 includes quieter 44–46 dB operating profiles for reduced workspace noise during long print sessions, whereas the Bambu Lab P1S does not specify a low-noise operating rating.
  • It supports a more open hardware ecosystem for easier use of third-party nozzles, hotends, and replacement parts, while the Bambu Lab P1S relies on more proprietary components.
  • Anycubic Kobra S1 comes with a capacitive touch interface for more intuitive navigation and quicker workflow adjustments directly on the printer, while the Bambu Lab P1S uses button-based controls.

Maybe the Bambu Lab P1S price can make you comfortable because it’s a little bit cheaper than the Anycubic Kobra S1. But you have to compromise all the above-mentioned features. Now the Decision is Yours. I hope it was helpful to choose the right one.

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Side By Side Comparison

FeatureAnycubic Kobra S1Bambu Lab P1S
Max print speed (claimed)600 mm/s500 mm/s
Recommended print speed300 mm/sNot specified
Max acceleration (claimed)20,000 mm/s²20,000 mm/s²
Max hotend temperature320°C300°C
Max bed temperature120°C100°C
Auto leveling systemLeviQ 3.0 + Z-offsetAuto bed leveling
Pressure advance / flow calibrationSupportedSupported
Camera (built-in)480p1280 × 720 @ 0.5 fps
Touchscreen / display4.3-inch capacitive touchscreen2.7-inch 192×64 screen + buttons
Noise rating≤46 dB (standard), ≤44 dB (quiet)Not specified
Air filtrationNot specifiedActivated carbon filter
Multi-material / multicolorMulticolor: sold separatelyAMS compatible
Supported filaments (listed)PLA, PETG, TPU, ABS, ASAIdeal: PLA, PETG, TPU, PVA, PET, ABS, ASA; Capable: PA, PC
Build plate type (listed)PEI spring steel build plateBambu Textured PEI Plate
Firmware / OSKobra OSBambu firmware/ecosystem
SlicerAnycubic Slicer NextBambu Studio
Mobile appAnycubic AppBambu Handy
Machine dimensions400 × 410 × 490 mm389 × 389 × 458 mm
PriceCheck Kobra S1 PriceCheck Lab P1S Price

What Common Both Can Do?

  • CoreXY motion system: Both printers use a CoreXY architecture, which keeps the build plate stationary in the X and Y axes while the toolhead moves rapidly and precisely. This design improves stability at higher speeds and reduces motion-related artifacts on tall or complex prints.
  • Fully enclosed frame: Each printer includes a factory enclosure that helps maintain a stable internal temperature during printing. This enclosure improves print reliability for temperature-sensitive materials and also helps contain noise and fumes.
  • Automatic bed leveling: Both models feature automatic bed leveling systems that measure the build surface and compensate for minor height variations. This ensures consistent first layers and reduces the need for manual calibration.
  • Direct drive extruder: Each printer uses a direct drive extrusion system, placing the extruder motor close to the hotend. This improves filament control, especially for flexible materials, and enhances extrusion accuracy.
  • High-speed printing support: Both printers are designed for high-speed operation with reinforced frames and tuned motion systems. This allows users to significantly reduce print times without sacrificing dimensional accuracy.
  • Input shaping / vibration compensation: Both models implement vibration compensation techniques to reduce ringing and ghosting at high speeds. This results in smoother surfaces and sharper edges on printed parts.
  • Pressure advance / flow control: Each printer supports dynamic extrusion control that adjusts filament flow during acceleration and deceleration. This improves corner quality and maintains consistent line width.
  • PEI spring steel build plate: Both printers use flexible PEI-coated steel build plates that provide strong adhesion during printing. The flexible surface also makes part removal easier once prints have cooled.
  • Heated print bed: Each printer includes a heated build plate to improve adhesion and reduce warping. This is especially important for larger prints and higher-temperature filaments.
  • 0.4 mm nozzle included: Both models ship with a standard 0.4 mm nozzle, which balances detail, strength, and print speed. This nozzle size is widely supported by slicer profiles and accessories.
  • All-metal hotend: Each printer uses an all-metal hotend capable of handling higher temperatures. This expands material compatibility and improves durability during long print sessions.
  • Wi-Fi connectivity: Both printers support wireless connectivity for sending print jobs and monitoring progress. This allows more flexible workflows without relying solely on SD cards or USB drives.
  • Camera for monitoring: Each model includes a built-in camera for remote monitoring. This enables users to check print progress and detect failures without being physically present.
  • Resume print after power loss: Both printers can recover from unexpected power interruptions. This feature helps prevent wasted filament and time on long prints.
  • Filament runout detection: Each printer can detect when filament runs out during a print. This allows the user to reload filament and continue printing without restarting the job.
  • Touch-based or onboard controls: Both printers provide onboard interfaces for direct control and status viewing. This makes it easy to start, pause, or adjust prints without external devices.
  • PLA and PETG support: Both models are fully optimized for common materials like PLA and PETG. These materials cover a wide range of everyday printing needs.
  • ABS and ASA support: Thanks to their enclosed designs and heated beds, both printers can reliably print ABS and ASA. This makes them suitable for functional and heat-resistant parts.
  • TPU support: Each printer supports TPU and other flexible filaments when properly configured. This allows users to produce elastic and impact-absorbing components.
  • Desktop slicer support: Both printers are compatible with dedicated desktop slicing software. This ensures access to advanced print settings, profiles, and workflow optimization.

Check Kobra S1 Best Price

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Common Features

FeatureAnycubic Kobra S1Bambu Lab P1S
CoreXY motion systemYesYes
Fully enclosed frameYesYes
Automatic bed levelingYesYes
Direct drive extruderYesYes
High-speed printing supportYesYes
Input shaping / vibration compensationYesYes
Pressure advance / flow controlYesYes
PEI spring steel build plateYesYes
Heated print bedYesYes
0.4 mm nozzle includedYesYes
All-metal hotendYesYes
Wi-Fi connectivityYesYes
Camera for monitoringYesYes
Resume print after power lossYesYes
Filament runout detectionYesYes
Touch-based or onboard controlsYesYes
PLA and PETG supportYesYes
ABS and ASA supportYesYes
TPU supportYesYes
Desktop slicer supportYesYes
Price Check Kobra S1 Price Check Lab P1S Price

FAQ

Which printer is better for beginners, Anycubic Kobra S1 or Bambu Lab P1S?
The Bambu Lab P1S is generally easier for beginners because it focuses on automated calibration, consistent profiles, and a tightly integrated software ecosystem. The Anycubic Kobra S1 can still be beginner-friendly but may require more manual tuning depending on the filament and speed settings used.

Can both printers handle high-speed printing reliably?
Yes, both the Anycubic Kobra S1 and the Bambu Lab P1S are designed for high-speed printing using modern motion control and input shaping. In practice, the P1S tends to maintain cleaner results at sustained high speeds due to its mature motion tuning.

Do both printers support ABS and ASA printing?
Yes, both printers support ABS and ASA filaments thanks to their enclosed designs and heated beds. This enclosure helps maintain stable temperatures and reduces warping during prints.

Is multi-color printing available on both models?
Both printers can print in multiple colors, but the implementation differs. The Bambu Lab P1S supports multi-color printing through its optional AMS system, while the Anycubic Kobra S1 relies on separate or add-on solutions depending on configuration.

Do the printers include automatic bed leveling?
Yes, both models feature automatic bed leveling systems that measure the build surface before printing. This helps ensure consistent first-layer adhesion without manual adjustments.

Are the printers suitable for flexible filaments like TPU?
Yes, both the Anycubic Kobra S1 and the Bambu Lab P1S support TPU. Printing TPU typically requires slower speeds and careful settings, but both machines are capable when properly configured.

Do both printers come with a camera for monitoring prints?
Yes, both models include built-in cameras for remote monitoring. This allows users to check print progress without being physically near the printer.

Can prints resume after a power outage on both printers?
Yes, both printers support power-loss recovery. If electricity is interrupted, printing can usually resume from the last recorded position once power is restored.

Are Wi-Fi and remote printing supported on both machines?
Yes, both printers support Wi-Fi connectivity and remote print management. This enables users to send print jobs and monitor progress from a computer or mobile device.

Do both printers use PEI build plates?
Yes, both models use PEI-coated spring steel build plates. These plates provide strong adhesion during printing and easy part removal after cooling.

Is nozzle size standardized between the two printers?
Both printers ship with a standard 0.4 mm nozzle. This size is widely supported by slicer profiles and balances print detail with speed.

Are the printers noisy during operation?
Both printers are quieter than older desktop 3D printers, especially at moderate speeds. Noise levels can increase during high-speed printing, but enclosures help reduce overall sound.

Do both printers support advanced motion tuning features?
Yes, both printers support features such as input shaping and pressure advance. These technologies improve print quality by compensating for vibrations and extrusion inconsistencies.

Is specialized slicing software required for either printer?
Each printer works best with its own recommended slicer, but both rely on modern slicer platforms with advanced controls. Users familiar with slicing software will find both workflows accessible.

Which printer requires less long-term maintenance?
Both printers require regular maintenance such as nozzle cleaning and belt checks. The Bambu Lab P1S benefits from pre-tuned profiles and integrated parts, while the Anycubic Kobra S1 may be easier to service with generic components depending on user preference.