ELEGOO Centauri Carbon CoreXY 3D Printer vs ELEGOO Mars 5 Ultra 9K: Spec Comparison
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This guide compares the elegoo centauri carbon 3d printer vs mars 5 ultra 9k msla resin 3d. Both machines come from ELEGOO and prioritize ease of use with smart features like built-in cameras and auto-calibration. However, they serve different making needs. The Centauri Carbon uses FDM technology for high-speed, large-format plastic prints. The Mars 5 Ultra uses resin for ultra-high-detail miniatures and jewelry. You choose based on the material you intend to use.
Key differences
| Aspect | ELEGOO Centauri Carbon CoreXY 3D Printer | ELEGOO Mars 5 Ultra 9K Resin Printer |
|---|---|---|
| Printing Technology | FDM | MSLA Resin |
| Print Speed | 500 mm/s | up to 150mm/h |
| Build Volume | 256x256x256 mm | not listed |
| Structure | CoreXY | not listed |
| Screen Resolution | not listed | 9K LCD (85204320px) |
| Leveling Type | Auto bed leveling | Smart mechanical sensor |
Which one should you choose?
Choose ELEGOO Centauri Carbon CoreXY 3D Printer if
- You need to print large, functional parts quickly using standard filaments.
- You want a rigid CoreXY structure for high acceleration and speed.
- You prefer printing with PLA or carbon fiber reinforced materials.
Choose ELEGOO Mars 5 Ultra 9K Resin Printer if
- You require extreme surface detail for miniatures or dental models.
- You want to monitor resin levels and temperature with a smart sensor.
- You need a monochrome 9K LCD screen for faster layer curing.
Verdict: The Centauri Carbon is the better choice for makers who need speed and large build volumes for functional plastic parts. The Mars 5 Ultra is the superior option for users who prioritize microscopic detail and high-resolution resin printing. Select the machine that matches your specific material and resolution requirements.
Centauri Carbon vs Mars 5 Ultra Specs
printing technology
The ELEGOO Centauri Carbon is a filament-based machine using a CoreXY motion system. It relies on a brass-hardened steel nozzle to melt thermoplastic materials. This setup is designed for structural parts and durable components. In contrast, the ELEGOO Mars 5 Ultra is an MSLA resin printer. It uses a 9K monochrome LCD screen with 1818μm XY resolution to cure liquid resin. This technology produces highly detailed miniatures and smooth surfaces. You must choose between extrusion for strength or resin for fine detail, as the underlying mechanisms are completely different.
print speed
Speed metrics differ significantly between these two models due to their technologies. The Centauri Carbon boasts a high print speed of 500 mm/s with 20000 mm/s² acceleration. This allows for rapid production of larger parts using filaments. The Mars 5 Ultra measures speed in layer height per hour, reaching up to 150mm/h. It uses tilt release innovation to reduce Z-axis movement time. While the Centauri moves fast in X and Y axes, the Mars 5 Ultra focuses on vertical curing speed. Your choice depends on whether you prioritize linear speed or layer curing efficiency.
build volume
The physical size of the printable area is a key differentiator. The Centauri Carbon offers a cubic build volume of 256x256x256 mm, which equals roughly 10x10x10 inches. This space is suitable for medium-sized functional parts or prototypes. The Mars 5 Ultra does not list its build volume in the provided specifications. However, resin printers typically have smaller footprints focused on precision rather than size. If you need to print larger objects, the Centauri Carbon provides a defined and generous workspace, whereas the resin printer's capacity remains unspecified in this data.
structure
Frame rigidity affects print quality, especially at high speeds. The Centauri Carbon features a rock-solid die-cast aluminum frame. This integrated structure minimizes vibrations and maintains stability even during rapid movements. It also includes automatic vibration compensation and pressure advance for smoother layers. The Mars 5 Ultra does not disclose its frame material or structural design in the available data. Without information on its chassis rigidity, we cannot compare stability metrics directly. The Centauri Carbon explicitly highlights its mechanical robustness as a core feature for precision.
leveling
Calibration processes vary between the two machines. The Centauri Carbon arrives pre-calibrated with auto bed leveling. It also includes automatic vibration compensation to ensure consistent first layers. This setup allows you to print right out of the box with minimal manual intervention. The Mars 5 Ultra utilizes a smart mechanical sensor and spring for one-click calibration. It detects issues like low resin or foreign objects to resume printing automatically. Both systems prioritize ease of use, but the Centauri Carbon emphasizes auto-leveling while the Mars 5 Ultra focuses on smart sensor detection.
features
Both printers include smart monitoring capabilities to enhance the user experience. The Centauri Carbon features a built-in chamber camera with dual LED lighting. This allows for real-time monitoring and time-lapse video capture. It also supports remote adjustments. The Mars 5 Ultra includes a built-in AI camera that detects empty build plates and model warping. It also supports WiFi cluster printing for file transfers without USB. Both devices offer camera integration, but the Mars 5 Ultra adds network printing capabilities, while the Centauri focuses on chamber monitoring.
compatible material
Material options define what you can create. The Centauri Carbon is equipped with a 320°C nozzle, making it ready for advanced filaments like carbon fiber reinforced materials. It is optimized for strong, lightweight, and heat-resistant parts suitable for automotive or drone applications. The Mars 5 Ultra uses liquid resin cured by UV light. The specific resin types are not listed, but MSLA technology generally supports standard UV-curing resins. You must decide between thermoplastic versatility and high-detail resin output based on your project needs.
Which printer fits your needs
You need strong, functional parts
The Centauri Carbon uses a CoreXY structure with 500 mm/s speeds and 20000 mm/s² acceleration. Its 320°C nozzle handles advanced filaments like carbon fiber. The die-cast aluminum frame ensures stability for durable components. This machine is built for structural applications requiring strength and heat resistance.
You want high-detail resin prints
The Mars 5 Ultra features a 9K monochrome LCD with 1818μm XY resolution. This technology produces detailed, lifelike models with high precision. The MSLA printing method is ideal for miniatures or intricate designs. You get superior surface quality and fine detail reproduction compared to filament printing.
You prefer quick large prints
With 500 mm/s print speeds, the Centauri Carbon produces large parts rapidly. The 256x256x256 mm build volume allows for substantial projects. High-flow hotends and powerful heated beds support fast production cycles. You can create large, detailed parts efficiently without sacrificing layer consistency or print quality.
You want smart resin monitoring
The Mars 5 Ultra includes a smart mechanical sensor for one-click calibration and issue detection. An AI camera monitors for warping or empty build plates. It supports WiFi cluster printing for remote control. These features streamline the resin printing process, reducing errors and ensuring consistent results through intelligent automation.
The products compared
ELEGOO Centauri Carbon CoreXY 3D Printer
Best for: high-speed functional printing
- Build Volume
- 256x256x256 mm
- Print Speed
- 500 mm/s
- Leveling Type
- Auto bed leveling
- Motion Structure
- CoreXY
- Extruder Type
- Brass-hardened steel nozzle
- Features
- High Speed, Built-in Camera
View on Amazon: ELEGOO Centauri Carbon CoreXY 3D Printer Affiliate link
The ELEGOO Centauri Carbon is a CoreXY 3D printer built for speed and advanced materials. It reaches 500 mm/s print speeds with 20000 mm/s² acceleration. The 256x256x256 mm build volume handles medium-sized parts. A 320°C nozzle supports carbon fiber filaments. This machine suits makers who need high output and durable components without complex setup.
Pros
- CoreXY motion structure enables 500 mm/s print speeds
- 320°C nozzle handles advanced filaments like carbon fiber
- 256x256x256 mm build volume for medium parts
- Built-in chamber camera for remote monitoring
Cons
- MSLA resin printing not supported
- FDM technology limits surface detail compared to resin
- Higher weight at 38.6 pounds reduces portability
Good fit if
- You need high-speed production of durable parts
- You print with carbon fiber reinforced filaments
- You want a pre-calibrated machine ready to use
Skip if
- You require high-detail resin prints for miniatures
- You need a compact printer for small spaces
- You prefer lightweight portable equipment
Verdict: ELEGOO Centauri Carbon CoreXY delivers fast, robust printing for functional parts. It fits users who prioritize speed and material strength over fine surface detail.
ELEGOO Mars 5 Ultra 9K Resin Printer
Best for: High-detail resin printing with automated monitoring
- Build Volume
- 6.04*3.06*6.49 inch
- Print Speed
- 150mm/h
- Printing Technology
- MSLA
- Leveling Type
- Automatic Leveling
- Features
- Built-in Camera, Wi-Fi
- Dimensions
- 22 × 13.5 × 14.8 inches
View on Amazon: ELEGOO Mars 5 Ultra 9K Resin Printer Affiliate link
The ELEGOO Mars 5 Ultra 9K is an MSLA resin printer designed for high-detail output. It features a 7-inch monochrome LCD screen with 9K resolution and 1818μm XY precision. The unit supports up to 150mm/h print speeds using tilt release technology. It includes a smart mechanical sensor for one-click calibration and an AI camera for real-time monitoring. This machine suits users who need fine detail and automated error detection in a compact footprint.
Pros
- 7-inch 9K LCD screen with 1818μm XY resolution
- Print speeds up to 150mm/h with tilt release
- Built-in smart mechanical sensor for one-click calibration
- AI camera detects warping and empty build plates
- WiFi cluster printing with 2.4G and 5G support
Cons
- MSLA resin technology requires ventilation and post-processing
- 24.6-pound weight makes it less portable than smaller units
- No mention of a touchscreen interface for direct control
Good fit if
- You prioritize high-resolution surface details over large build volumes
- You want automated calibration and error detection features
- You need remote monitoring via the built-in AI camera
Skip if
- You prefer filament-based printing without resin handling
- You require a large build volume for big models
- You need a lightweight printer for frequent transport
Verdict: ELEGOO Mars 5 Ultra 9K Resin Printer delivers exceptional detail for users who value precision and automated monitoring. It fits those who want high-resolution outputs and remote management capabilities.
Specifications side by side
| Spec | ELEGOO Centauri Carbon CoreXY 3D Printer | ELEGOO Mars 5 Ultra 9K Resin Printer |
|---|---|---|
| Build Volume | 256x256x256 mm | 6.04*3.06*6.49 inch |
| Print Speed | 500 mm/s | 150mm/h |
| Printing Technology | not stated | MSLA |
| Leveling Type | Auto bed leveling | Automatic Leveling |
| Motion Structure | CoreXY | not stated |
| Extruder Type | Brass-hardened steel nozzle | not stated |
| Structure | CoreXY | not stated |
| Features | High Speed, Built-in Camera | Built-in Camera, Wi-Fi |
| Color | Black | Mars 5 Ultra |
| Dimensions | 15.7 × 15.9 × 19.3 inches | 22 × 13.5 × 14.8 inches |
| Weight | 38.6 pounds | 24.6 pounds |
| Size | Centauri Carbon | not stated |
| Model | Centauri Carbon | not stated |
Frequently asked questions
What is the main difference between the ELEGOO Centauri Carbon and the Mars 5 Ultra 9K?
The Centauri Carbon is a filament-based printer designed for high-speed functional parts, while the Mars 5 Ultra 9K is an MSLA resin printer focused on high-detail outputs. You choose the Centauri for durable components and the Mars for precision surface detail. Their printing technologies and target materials are entirely different, serving distinct needs in your workshop.
Which printer is better for printing functional parts?
The ELEGOO Centauri Carbon is the better choice for functional parts. It uses a CoreXY structure and reaches speeds of 500 mm/s to produce robust components quickly. Its design prioritizes material strength and speed over the fine surface finish provided by resin printing, making it ideal for parts that need to withstand stress or use.
How do the build volumes compare between these two machines?
The ELEGOO Centauri Carbon measures 15.9 inches in width, 15.7 inches in length, and 19.3 inches in height. The ELEGOO Mars 5 Ultra 9K is slightly narrower at 13.5 inches wide but longer at 22 inches long, with a height of 14.8 inches. You should check your specific part dimensions against these external footprints to ensure fit.
Does the ELEGOO Centauri Carbon have a built-in camera?
Yes, the ELEGOO Centauri Carbon includes a built-in camera. This feature allows you to monitor your prints remotely. The Mars 5 Ultra 9K also supports automated monitoring capabilities. Both machines offer smart features to help you keep an eye on your projects without needing to stand directly in front of the printer.
Which printer is heavier and requires more floor space?
The ELEGOO Centauri Carbon is heavier at 38.6 pounds compared to the Mars 5 Ultra 9K, which weighs 24.6 pounds. The Centauri also has a larger physical footprint. You need a sturdy surface to support the Centauri due to its weight and vibration potential. The Mars 5 Ultra is lighter and easier to move.
Can I use advanced filaments like carbon fiber on the Centauri Carbon?
Yes, the Centauri Carbon is designed to handle advanced filaments. It features a brass-hardened steel nozzle that can withstand abrasive materials like carbon fiber. This setup ensures the nozzle does not wear out quickly when printing with tough thermoplastics. The Mars 5 Ultra uses resin, so it cannot process these filament types.
What printing technology does the Mars 5 Ultra 9K use?
The ELEGOO Mars 5 Ultra 9K uses MSLA resin printing technology. This method cures liquid resin layer by layer to create high-resolution models. It is ideal for users who value precision and fine detail. The Centauri Carbon, in contrast, uses fused filament fabrication for faster, structural prints.