HzdaDeve 0.2mm P1S Hotend Assembly vs HzdaDeve Centauri Carbon Smooth Cool (2026): Key Differences
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You are looking at the hzdadeve upgraded 0 2mm p1s p1p hotend vs cool plate elegoo centauri. Both items are replacement parts for 3D printers, but they serve entirely different functions. One is a high-temperature extrusion component for the Creality P1 series. The other is a passive build surface for the Elegoo Centauri Carbon. They do not share compatibility. This guide compares their specs to help you choose the correct upgrade for your machine.
Key differences
| Aspect | HzdaDeve 0.2mm P1S Hotend Assembly | HzdaDeve Centauri Carbon Smooth Cool Plate |
|---|---|---|
| Compatible Printer | P1S / P1P | Elegoo Centauri Carbon / CC2 |
| Function | Hotend Assembly | Cool Plate |
| Max Temperature | 350℃ | Low-temperature printing (30-70℃) |
| Build Surface | Nozzle (0.2mm) | Smooth PEI |
Which one should you choose?
Choose HzdaDeve 0.2mm P1S Hotend Assembly if
- You own a Creality P1S or P1P printer.
- You need a new extrusion assembly with a 0.2mm nozzle.
- You want to print at temperatures up to 350℃.
Choose HzdaDeve Centauri Carbon Smooth Cool Plate if
- You own an Elegoo Centauri Carbon or CC2 printer.
- You want a passive cool plate for PLA or PETG.
- You prefer low-temperature printing to save energy.
Verdict: Choose the HzdaDeve 0.2mm P1S Hotend Assembly if you need to replace the extrusion unit on a P1 series printer. Choose the HzdaDeve Centauri Carbon Smooth Cool Plate if you need a replacement build surface for an Elegoo Centauri Carbon machine. These parts are not interchangeable.
Hotend Assembly Versus Cool Plate
Printer Compatibility
You need to match these parts to your specific machine. The HzdaDeve 0.2mm P1S Hotend Assembly is designed exclusively for the Creality P1S and P1P 3D printers. It replaces the extrusion system in those specific models. In contrast, the HzdaDeve Centauri Carbon Smooth Cool Plate is built for the Elegoo Centauri Carbon, Centauri Carbon 2, CC, and CC2 printers. These are completely different printer ecosystems. You cannot use the hotend on the Elegoo, nor the plate on the Creality. Your choice depends entirely on which printer you own. One part serves Creality users, while the other serves Elegoo users. They do not overlap in compatibility.
Print Resolution
The HzdaDeve 0.2mm P1S Hotend Assembly features a fixed 0.2mm nozzle diameter. This small opening allows for high-detail prints with fine lines and smooth surfaces. It is ideal for intricate models where precision matters more than speed. The product data does not specify a nozzle size for the HzdaDeve Centauri Carbon Smooth Cool Plate, as it is a build surface, not an extruder. The plate itself does not determine layer height. However, the hotend’s 0.2mm size gives you a clear advantage in detail resolution. You must pair it with appropriate slicer settings. The plate ensures the print sticks, but the hotend defines the line width.
Material Compatibility
Both products support common filaments, but their roles differ. The HzdaDeve 0.2mm P1S Hotend Assembly supports PLA, ABS, PETG, and TPU. It handles temperatures up to 350℃, which covers most standard and flexible materials. The hardened steel nozzle resists wear from abrasives. The HzdaDeve Centauri Carbon Smooth Cool Plate is optimized for PLA and PETG. It supports low-temperature printing for PLA at 30-50℃ and PETG at 50-70℃. It does not mention support for high-heat materials like ABS or PC. The hotend offers broader material versatility. The plate is best suited for lower-temperature filaments that benefit from its specific adhesion properties.
Build Surface Design
The HzdaDeve Centauri Carbon Smooth Cool Plate uses a flexible spring steel base with a smooth PEI coating. This design provides strong first-layer adhesion to reduce warping. The flexibility allows you to pop prints off after cooling without scraping. It is a cool plate, meaning it does not have a built-in heater. The HzdaDeve 0.2mm P1S Hotend Assembly has no build surface. It is an extrusion component. It heats filament to 350℃ to push it through the nozzle. It does not hold the print. The plate offers a superior surface for print retention. The hotend offers no surface benefits, as it is not designed for that function.
Heat Management
Heat handling is critical for both parts. The HzdaDeve 0.2mm P1S Hotend Assembly uses an all-metal design with a heat break rated for 350℃. It includes a ceramic heating rod and a heat sink to manage extrusion temperatures. This allows for high-speed printing and consistent melting. The HzdaDeve Centauri Carbon Smooth Cool Plate is designed for low-temperature printing. It reduces preheating time by not requiring a heated bed. It relies on ambient cooling for print removal. It does not generate heat. The hotend manages high heat for extrusion. The plate manages low heat for adhesion. Each handles its specific thermal role effectively based on the data.
Installation Complexity
Installation varies by part type. The HzdaDeve 0.2mm P1S Hotend Assembly is a full kit. It includes the thermistor, ceramic heating rod, hardened nozzle, silicone cover, heat block, and heat sink. You simply remove the old hotend and install this new assembly. The nozzle is fixed and not removable. The HzdaDeve Centauri Carbon Smooth Cool Plate replaces the existing build plate. It is compatible with the Elegoo Centauri Carbon series. You swap the old plate for this one. Both installations are straightforward swaps. The hotend is a complete sub-assembly. The plate is a single surface unit. Neither requires complex modifications. Both are designed for easy replacement by the user.
Choose your part by printer model
P1S owner needing high-speed 0.2mm prints
You need this assembly for your Creality P1S or P1P printer. The 0.2mm nozzle supports high-speed printing with reduced air resistance. It handles temperatures up to 350℃ and includes a thermistor and heating rod. This all-metal kit prevents filament leakage and jams, ensuring consistent performance for detailed prints.
Centauri Carbon user wanting easy print removal
This cool plate fits your Elegoo Centauri Carbon or Carbon 2. The flexible spring steel design allows you to bend the plate for quick print removal. It features a smooth PEI coating for strong first-layer adhesion. You can clean it with mild detergent, avoiding acetone to protect the surface.
Budget PLA printer seeking low heat
If you print PLA at 30-50℃, this non-heated plate saves energy. It reduces preheating time by eliminating the need for a heated bed. The smooth surface improves success rates for long-duration models. It is an eco-friendly option for low-temperature printing on compatible Elegoo Centauri Carbon machines.
The products compared
HzdaDeve 0.2mm P1S Hotend Assembly
Best for: Fine detail prints on Elegoo P1S/P1P
- Primary Material
- Hardened steel
- Maximum Temperature
- 350℃
- Nozzle Diameter
- 0.2mm
View on Amazon: HzdaDeve 0.2mm P1S Hotend Assembly Affiliate link
This is an upgraded hotend assembly for the Elegoo P1S and P1P printers. It features a 0.2mm nozzle diameter for high-detail prints. The unit reaches a maximum temperature of 350℃. It includes a stainless steel heat break and hardened nozzle. The design aims to prevent filament leakage and support high-speed printing. You get a complete kit with preinstalled components for simple replacement.
Pros
- 0.2mm nozzle diameter for fine detail
- Maximum temperature of 350℃
- Stainless steel heat break for high heat resistance
- Preinstalled ceramic heating rod and thermistor
- Integrated design prevents filament leakage
Cons
- Hardened nozzle is fixed and not removable
- Nozzle diameter is limited to 0.2mm in this specific SKU
- Requires manual installation without automated guidance
Good fit if
- You need finer detail than standard 0.4mm nozzles provide
- You want a complete assembly with preinstalled parts
- You print with high-temperature materials like ABS or PETG
Skip if
- You prefer a removable nozzle for easy swapping
- You need a larger 0.4mm or bigger nozzle
- You want a kit that includes a variety of nozzle sizes
Verdict: HzdaDeve 0.2mm P1S Hotend Assembly is a specialized upgrade for users who prioritize fine detail and high-speed printing on their P1S or P1P. It suits those who accept a fixed nozzle in exchange for a leak-free, high-temperature capable assembly.
HzdaDeve Centauri Carbon Smooth Cool Plate
Best for: low-temperature prints on Centauri Carbon
- Primary Material
- Spring steel
- Dimensions
- 260x271mm
- Build Surface Type
- Smooth PEI
View on Amazon: HzdaDeve Centauri Carbon Smooth Cool Plate Affiliate link
This HzdaDeve cool plate is designed for the Elegoo Centauri Carbon. It uses a 260x271mm spring steel base with a smooth PEI surface. The plate lacks heating elements, making it a no-heating cool plate. It supports low-temperature printing for PLA and PETG. The flexible design aids easy print removal. This build surface reduces warping for long prints.
Pros
- Smooth PEI coating for strong first-layer adhesion
- 260x271mm spring steel base for flexible print removal
- Compatible with Elegoo Centauri Carbon and Carbon 2
- Reduces preheating time by operating without heat
Cons
- No heating element for high-temperature filaments
- Smooth surface only, no textured option listed
- Limited to low-temperature printing ranges
Good fit if
- You use an Elegoo Centauri Carbon printer
- You print mostly PLA or PETG
- You want faster print removal without scraping
Skip if
- You need a heated bed for ABS
- You prefer a textured build surface
- You require high-temperature printing capabilities
Verdict: HzdaDeve Smooth PEI Cool Plate is a practical upgrade for Centauri Carbon users printing PLA or PETG. It offers easy removal and reliable adhesion without the need for heating.
Specifications side by side
| Spec | HzdaDeve 0.2mm P1S Hotend Assembly | HzdaDeve Centauri Carbon Smooth Cool Plate |
|---|---|---|
| Primary Material | Hardened steel | Spring steel |
| Dimensions | not stated | 260x271mm |
| Maximum Temperature | 350℃ | not stated |
| Nozzle Diameter | 0.2mm | not stated |
| Build Surface Type | not stated | Smooth PEI |
| Surface Finish | not stated | Smooth |
| Nozzle Material | Hardened Steel | not stated |
| Size | 0.2mm | for Centauri Carbon |
| Model | p1s extruder | no heating cool plate |
Frequently asked questions
Can I install the HzdaDeve 0.2mm P1S Hotend on my Elegoo Centauri Carbon?
No, you cannot. The HzdaDeve 0.2mm P1S Hotend Assembly is designed exclusively for Creality P1S and P1P printers. It is not compatible with the Elegoo Centauri Carbon. You must select a hotend specifically engineered for your printer model to ensure proper fit and function.
Does the HzdaDeve Centauri Cool Plate require a heated bed?
No, this plate does not require heating. It is a no-heating cool plate designed for low-temperature prints on the Centauri Carbon. It provides reliable adhesion for materials like PLA or PETG without the need for a heated surface, simplifying your setup for standard filaments.
What is the main benefit of the 0.2mm nozzle on the P1S hotend?
The 0.2mm nozzle allows for high-speed printing with reduced air resistance. This specialized upgrade is best for users who prioritize fine detail prints on their P1S or P1P. It supports high-temperature operation up to 350℃, ensuring consistent extrusion for intricate models.
Is the Smooth PEI plate suitable for ABS printing?
The product data indicates this plate is best for low-temperature prints on the Centauri Carbon, such as PLA or PETG. It is not specified for high-temperature materials like ABS. You should verify filament temperature requirements, as this cool plate lacks heating elements for high-temp adhesion.
Does the P1S hotend assembly include a thermistor?
Yes, the HzdaDeve 0.2mm P1S Hotend Assembly includes a thermistor. This component is essential for accurate temperature monitoring during printing. The assembly is a leak-free, high-temperature capable unit that replaces the existing extrusion system in compatible Creality P1 series printers.
Can I use the Centauri Cool Plate with a heated bed?
This plate is defined as a no-heating cool plate. It is designed to function without a heated bed for low-temperature filaments. While you could technically place it on a heated bed, the product is specified for use where heating is not required for adhesion.