Is the Creality Ender-3 V4 Combo the machine that finally democratizes multicolor 3D printing?
Let’s be honest — for a long time, the Ender-3 series was the go-to recommendation for anyone dipping their toes into FDM 3D printing. Affordable, hackable, and backed by a massive community, it was hard to beat at the price. But the market has shifted in a big way. Printers like the Bambu Lab A1 Combo showed the world what a fully automated, multicolor 3D printing experience could look like — and suddenly, tinkering with firmware and manually leveling beds felt like a lot to ask.
Creality heard the message loud and clear. Enter the Creality Ender-3 V4 Combo — the brand’s most ambitious entry-level printer to date, and arguably the most complete package the Ender-3 lineup has ever shipped. It bundles high-speed FDM printing capable of reaching 500 mm/s, automatic bed leveling, and the Creality Filament System (CFS) for multicolor printing — all in one box, at a price that keeps it firmly in the budget-to-midrange bracket.
Bottom Line Up Front
The Ender-3 V4 Combo is genuinely impressive for the price, especially if you want multicolor printing without spending Bambu Lab money. It is more beginner-friendly than any Ender-3 before it, and the automatic calibration system removes most of the traditional setup friction. But it is not perfect — and the details matter. Let’s dig in.
Ready to experience high-speed multicolor printing on a budget?
Table of Contents
- 1. Specifications at a Glance
- 2. Unboxing and First Impressions
- 3. Design and Build Quality: The Unipiece Gantry
- 4. Setup and Automatic Calibration
- 5. The CFS Multicolor System
- 6. Printing Performance: Speed vs. Quality
- 7. Supported Materials
- 8. Software and Ecosystem
- 9. Maintenance and Reliability
- 10. Ender-3 V4 Combo vs. Competitors
- 11. The ‘V3 to V4’ Dilemma
- 12. Pros and Cons
- 13. Final Verdict
Creality Ender-3 V4 Combo Specifications
Before we get into the hands-on impressions, let’s ground things with the raw numbers. Here is everything the Creality Ender-3 V4 Combo is packing under the hood:
| Specification | Value |
|---|---|
| Build Volume | 220 x 220 x 235 mm |
| Maximum Print Speed | ~500 mm/s |
| Acceleration | ~12,000 mm/s² |
| Hotend Temperature | Up to 300°C |
| Bed Temperature | Up to 100°C |
| Extruder Type | Direct Drive |
| Layer Height Range | 0.05 mm – 0.35 mm |
| Connectivity | Wi-Fi, USB |
| Noise Level | ~47 dB |
| Multicolor Support | CFS — 4 colors standard, expandable to 16 |
| Automatic Bed Leveling | Yes |
| Auto Z-Offset Calibration | Yes |
| Build Plate | Flexible PEI Spring Steel Sheet |
| Frame Type | Aluminum — Unipiece U-Shaped Gantry |
Note on Build Height: The listed 235 mm figure can vary slightly depending on the CFS buffer routing setup and firmware version installed. In real-world use, you are unlikely to notice unless you are printing unusually tall objects, and the effective build volume is exactly what you would expect from the Ender-3 footprint.
Unboxing and First Impressions
The Creality Ender-3 V4 Combo ships in a large, well-organized box with the printer frame, CFS unit, accessories, and documentation all neatly compartmentalized. Everything arrives foam-protected, and the packaging quality reflects a product Creality clearly wants to arrive in perfect condition.
Inside the box you will find the pre-assembled printer frame, the CFS unit with its buffer module, a flexible PEI spring steel build plate, a spool holder, a USB drive with Creality Print pre-loaded, a complete toolkit, and a starter filament sample. It is a thorough unboxing experience — you are not left hunting for basic tools or wondering if something is missing.
The first thing that stands out when you pull the printer out is how rigid the frame feels. If you have handled older Ender-3 printers, you know the slight flex and wobble that came with the traditional two-part gantry. That is gone here. The new single-piece unipiece gantry feels solid and planted — you can feel the step up in build quality before you even power it on.
Assembly Process
Assembly is dramatically simpler compared to earlier Ender-3 generations. Most users report going from box to first print in under 30 minutes — a transformation compared to the original Ender-3’s multi-hour build process.
- Unpack & Verify: Remove foam protection and verify all components (Frame, CFS, Accessories) are present.
- Mount Gantry: Attach the pre-assembled gantry to the base plate.
- Install CFS: Mount the CFS unit to the side of the frame and connect the buffer tube.
- Connect Cables: Route and connect the limited number of cables to the mainboard.
- Power On: Plug in and follow the on-screen touchscreen wizard.
Design and Build Quality
The New Unipiece Gantry — The Biggest Design Win
This is the design change that deserves the most attention. The Creality Ender-3 V4 Combo replaces the traditional three-piece gantry frame with a U-shaped single-piece aluminum gantry — and the difference is immediately noticeable from the moment you handle it.
The old three-piece design required careful alignment during assembly, and even then, frame squaring issues were a common source of print defects. Diagonal line artifacts, shifted layers, and inconsistent print quality were frequent complaints among Ender-3 users who struggled to get their frame perfectly square. The unipiece gantry eliminates this problem entirely. It arrives pre-squared, pre-aligned, and ready to go.
Why Rigidity Matters
Beyond eliminating assembly headaches, the rigid single-piece gantry also significantly improves vibration control during high-speed printing. At 500 mm/s, any frame flex translates directly into print quality degradation — so this structural improvement has a very real impact on the quality of parts coming out of the nozzle.
Frame, Motion System, and Dual Z-Axis Stability
The Ender-3 V4 Combo uses a classic bedslinger motion architecture — the Y-axis moves the print bed, while the X-axis and Z-axis move the toolhead. It is a proven, cost-effective design that Creality knows extremely well, though it does impose some practical speed limits compared to CoreXY alternatives at the top end.
Dual Z-axis lead screws provide noticeably better gantry stability compared to the single-screw design on older Ender-3 models, significantly reducing the risk of Z-wobble artifacts on tall prints. Combined with the rigid unipiece frame, this makes for a far more stable printing platform than its predecessors.
Build Plate and Real-World Noise Levels
The flexible PEI spring steel build plate is a welcome standard inclusion. PEI provides excellent first-layer adhesion for common filaments like PLA and PETG without the need for glue sticks or hairspray. When prints cool down, they release cleanly with a simple flex of the plate — no scraping, no drama, no lost fingernails.
Noise levels clock in at around 47 dB during normal operation — roughly equivalent to a quiet conversation. That is respectably quiet for a bedslinger running at speed and means you can comfortably run the printer in the same room as your desk setup without it becoming a distraction.
Setup and Automatic Calibration
Automatic calibration is one of the most important improvements in the Ender-3 V4 Combo, and Creality has executed it well. The printer handles automatic bed leveling, automatic Z-offset calibration, and vibration compensation through the touchscreen-guided setup wizard — all without requiring the user to understand what any of those things mean under the hood.
The automatic bed leveling system uses a probe to map the bed surface across multiple points, building a compensation mesh that the printer references on every print. This means even if your build plate has a slight bow or warp, the first layer will still go down correctly and uniformly. For beginners, this single feature eliminates one of the most frustrating early learning curves in FDM 3D printing.
Input shaping — also called resonance compensation — actively measures and corrects for the vibrations produced during high-speed printing. This is what allows the printer to run at 500 mm/s without introducing ringing artifacts, the wavy distortion patterns around sharp corners that appear when a printer shakes itself during fast directional changes.
Want a hassle-free setup experience?
The CFS Multicolor System — The Star of the Show
What Is the CFS System?
CFS stands for Creality Filament System, and it is the feature that transforms the Ender-3 V4 from a fast single-color printer into a multicolor 3D printing machine. The system works by automatically switching between up to four filament spools during a print, feeding filament through a buffer module that manages transitions and prevents tangles.
Free Cheat Sheet: Mastering Multicolor Slicing
Confused by purge towers and color painting? We’ve created a Multicolor Slicing Mastery Guide specifically for Creality Print users.
The concept is similar to what Bambu Lab does with their AMS (Automatic Material System): you load multiple colors, tell the slicer which regions of your model get which color, and the printer handles all the switching automatically. No manual filament swaps, no pausing mid-print to babysit color changes.
Multicolor Capability — From 4 to 16 Colors
Out of the box, the CFS unit supports up to four different colors or materials simultaneously. If four is not enough — and for competitive multicolor printing, it increasingly may not be — you can expand the system by daisy-chaining additional CFS units, scaling the setup up to 16 colors total. For most hobbyists printing decorative models, toys, figurines, and game miniatures, four colors will cover the vast majority of use cases. The 16-color capability is there when you need it, without inflating the base package price.
RFID Filament Detection — A Genuinely Useful Touch
One of the CFS system’s most practical everyday features is RFID-based filament recognition. When you load a Creality-branded spool, the system automatically reads the filament’s RFID tag and loads the appropriate material profile — including temperature settings, print speed recommendations, and cooling parameters. This removes a meaningful chunk of manual setup from the multicolor printing workflow.
For beginners especially, not having to manually look up and enter filament profiles for each loaded spool is a real quality-of-life improvement. The caveat, as with all proprietary RFID systems, is that it works best with Creality’s own filament line. Third-party spools will work perfectly well mechanically, but won’t benefit from automatic profile loading.
Filament Management: Tangle Detection, Runout Sensing, and Humidity Control
The CFS system includes tangle detection to prevent the filament path from jamming mid-print — a common failure mode in multi-spool systems where filament can cross or snag during long print jobs. Filament runout detection is built in: if a spool empties during a print, the system pauses automatically and prompts you to reload rather than continuing to print with no filament.
Humidity control comes via integrated desiccant chambers within the CFS unit. Moisture is one of the biggest enemies of FDM print quality, causing bubbling, stringing, and weak layer adhesion. The desiccant-based passive approach works well for PLA and PETG in normal environments. Users in high-humidity climates or those frequently printing moisture-sensitive materials like Nylon may want to supplement this with a dedicated filament dryer for best results.
Purge Management — The Honest Part of This Review
Reality Check: Purge Waste
Here is where we need to be straight with you, because purge waste is the reality of every multicolor FDM system in 2026 — and it is often glossed over in marketing materials. Every time the CFS switches from one filament color to another, the nozzle needs to purge residual color from the previous filament before printing the new one. That purge material goes somewhere — either into a dedicated purge tower (a sacrificial block printed alongside your model) or through an external waste route. Creality provides an external purge channel to reduce the footprint of wasted material, but purge waste is simply unavoidable on multicolor prints. This is the physics of FDM color switching, regardless of the brand.
How does it compare to the Bambu Lab A1 Combo? Bambu’s AMS system is more mature in its purge optimization, and Bambu’s slicer offers more granular control over purge volumes. That said, Creality Print’s multicolor workflow is improving with each software update, and the practical gap has narrowed. If minimizing purge waste is your absolute top priority, Bambu still edges ahead. If budget is the deciding factor, the CFS system delivers more than competent multicolor performance at a significantly lower cost of entry.
Printing Performance
Print Speed: Marketing Claims vs. Real-World Results
The 500 mm/s maximum speed is technically achievable — but like every printer on the market, that is a peak figure, not a typical operating speed. In real-world printing, you will commonly run between 200 and 300 mm/s for quality prints, with input shaping helping maintain print quality at the higher end of that range. For PLA at standard quality settings, 250 mm/s produces excellent results. Pushing to 400 mm/s and beyond introduces some trade-offs, but still yields usable output for non-critical parts and draft prints.
Speed vs. Quality Trade-off
The key point: this printer is genuinely fast for its price class. Compared to older Ender-3 generations running at 50 to 80 mm/s, the V4 Combo feels like a completely different machine that has shed years of incremental limitations.
First Layer Reliability, Dimensional Accuracy, and Surface Finish
First layer reliability is excellent, driven by the automated bed leveling and Z-offset calibration system. In real-world testing with calibration cubes, dimensional accuracy falls within plus-or-minus 0.1 to 0.2 mm — well within acceptable tolerances for hobby and functional printing. Surface finish on standard PLA prints is clean and consistent, with uniform layer lines and minimal artifacts at normal operating speeds.
Overhang performance holds well up to approximately 45 to 50 degrees without supports, which is par for the course on a well-tuned direct drive printer. The direct drive extruder also handles flexible filaments like TPU significantly better than the Bowden-tube setups found on earlier Ender generations.
Fine Detail Performance and Multicolor Print Quality
Fine detail printing — miniatures, small decorative elements, intricate lattice structures — is where the combination of a direct drive extruder and a rigid gantry really pays dividends. Layer consistency is noticeably superior to older Ender printers, and small features reproduce accurately at 0.1 to 0.15 mm layer heights.
Multicolor print quality is the critical performance test for the CFS system, and the results are genuinely good for the price point. Color transitions are clean, alignment between color regions is accurate, and seam visibility is manageable with proper seam placement settings in the slicer. The classic Benchy stress test, calibration cubes, articulated prints, and multicolor figurines all print with confidence on the V4 Combo.
Supported Materials
With a 300°C hotend and a 100°C heated bed, the Ender-3 V4 Combo covers a solid range of materials for a hobbyist printer. Check the compatibility below:
- PLA — Excellent. This is where the printer shines brightest, especially for multicolor decorative printing.
- PETG — Very good. Well-suited to functional parts that need moderate temperature and chemical resistance.
- TPU (Flexible Filaments) — Good. Particularly thanks to the direct drive extruder. Flexible materials that would jam in a Bowden system print reliably here.
- ABS and ASA — Possible, but with caveats. The open frame is a real limitation. Both materials benefit significantly from an enclosure to maintain chamber temperature and prevent warping. Without one, results will be inconsistent.
- Carbon-Fiber Composite Filaments — Mixed. The 300°C hotend can handle many CF-composite filaments, but upgrading to a hardened steel nozzle is essential for extended use, as carbon fiber is highly abrasive and will wear standard brass nozzles quickly.
- Nylon Blends — Achievable. Nylon’s high moisture sensitivity means the CFS desiccant system needs to be well-maintained, and serious Nylon users should add a dedicated active filament dryer to the setup.
For the majority of users printing PLA, PETG, and occasional TPU parts, the V4 Combo’s material range is more than sufficient. Engineering material power-users will want to look at enclosed printers with active temperature control.
Software and Ecosystem
Creality Print 6.0+ — How Far the Slicer Has Come
Creality Print has evolved dramatically over the past two years. Version 6.0 and beyond brings a noticeably cleaner interface, faster slicing performance, and — critically for V4 Combo users — proper native multicolor workflow support. You can assign filament colors to model regions, manage purge tower placement, configure CFS settings, and fully preview multicolor results before sending the job to print.
Is it as polished as Bambu Studio? Not quite yet. But it is genuinely usable, and Creality has been shipping updates at a consistent pace. For beginners, Creality Print’s more guided workflow is actually less overwhelming than some competing slicers that expose every possible setting upfront.
Multicolor Painting Tools and Color Assignment
The paint-on color assignment tools in Creality Print let you manually assign colors to different surfaces and faces of your model — similar in concept to how Bambu Studio’s color painting feature works. Basic automatic color segmentation is available for models that are already designed with distinct color zones. The tools are functional and practical, though experienced users accustomed to OrcaSlicer or Bambu Studio’s implementations will notice the difference in feature depth.
OrcaSlicer Compatibility for Advanced Users
Good news for power users: the Ender-3 V4 Combo has growing OrcaSlicer community support. Community-maintained OrcaSlicer profiles for the V4 give experienced users access to more granular tuning options, better pressure advance calibration workflows, and advanced features that go beyond Creality Print’s current capabilities. If you are coming from an OrcaSlicer background, you will not have to give it up.
Wi-Fi Connectivity and Creality Cloud
Wi-Fi connectivity enables remote print monitoring and job management through the Creality Cloud platform. You can start prints remotely, monitor progress, and check on your printer without being physically present — a genuine quality-of-life feature for longer multicolor print jobs that can run for many hours. The Creality Cloud ecosystem is less mature than Bambu Lab’s equivalent, but covers the core remote monitoring functionality most users actually rely on day-to-day.
Maintenance and Reliability
Quick-Swap Nozzle System
Nozzle changes on older Ender printers required heating the hotend, carefully unthreading the nozzle while managing the heatbreak, and wrestling with the assembly — a process that was intimidating for beginners and genuinely time-consuming even for experienced users. The Ender-3 V4 Combo‘s integrated nozzle and heatbreak design allows for much faster, simpler replacements. This is a practical improvement that extends the printer’s useful life and reduces the friction of switching between nozzle types — standard brass, hardened steel, Ruby-tipped — depending on the material being printed.
Routine Maintenance and CFS Upkeep
Routine maintenance on the V4 Combo is refreshingly straightforward: periodic belt tensioning via the easy-access tensioners integrated into the frame, lubrication of the lead screws and linear rails every few months, and occasional cleaning of the filament path. None of this is more demanding than any comparable printer at this price point.
- Weekly: Clean build plate, check nozzle for debris.
- Monthly: Lubricate linear rails, check belt tension.
- Quarterly: Replace PTFE tube (if needed), check CFS desiccant.
- CFS Specifics: Desiccant replacement every few months depending on your local humidity levels, filament path cleaning to remove debris and residue from the switching mechanism, and occasional inspection of the buffer module.
In practice, these tasks add maybe 15 to 20 minutes of maintenance every few months of regular printing — entirely manageable.
Ender-3 V4 Combo vs. Competitors
Ender-3 V4 Combo vs. Bambu Lab A1 Combo
This is the comparison every potential buyer wants to see. The Bambu Lab A1 Combo is the gold standard for consumer multicolor FDM printing in 2026, and for good reason: the AMS Lite system is mature, the Bambu Lab ecosystem is exceptionally polished, and the A1 delivers consistently excellent results out of the box.
| Feature | Ender-3 V4 Combo | Bambu Lab A1 Combo |
|---|---|---|
| Price | Budget Friendly | Mid-High Range |
| Multicolor System | CFS (4-16 colors) | AMS Lite (4 colors) |
| Purge Optimization | Good (Improving) | Excellent (Market Leader) |
| Slicer Polish | Creality Print (Good) | Bambu Studio (Superior) |
| Assembly | ~30 Mins | Minimal |
Verdict: If budget is no concern, Bambu Lab remains the smoother overall experience. If you want multicolor 3D printing at a lower price point, the Ender-3 V4 Combo is the most compelling alternative available in 2026.
Ender-3 V4 Combo vs. Anycubic Kobra 3 Combo
The Anycubic Kobra 3 Combo is the other budget multicolor contender worth putting in this comparison. It is a capable machine at a similar price bracket, and the Anycubic ACE Pro multi-material system has one meaningful real-world advantage: active filament drying. The ACE Pro actively heats the filament chamber to drive out moisture before printing — a tangible practical advantage for moisture-sensitive materials like Nylon and high-performance TPU.
| Feature | Ender-3 V4 Combo | Anycubic Kobra 3 Combo |
|---|---|---|
| Humidity Control | Passive Desiccant | Active Heating |
| Ecosystem | Creality (Large Community) | Anycubic (Growing) |
| Build Quality | Unipiece Gantry (Rigid) | Standard Frame |
| Best For | General Hobbyists | Engineering Materials |
The Creality CFS system relies on desiccant-based passive humidity control, which works well for standard printing conditions but does not match active drying for material versatility. If you plan to frequently print moisture-sensitive engineering filaments, the Kobra 3 Combo’s active drying system gives it a real edge in that specific use case.
In terms of print quality, speed, and overall feature set, the two printers are closely matched within the same price bracket. Your choice may ultimately come down to whether active filament drying matters more to you, or whether Creality’s larger community support, broader ecosystem, and expanding slicer give you more long-term confidence.
Ender-3 V4 Combo vs. Previous Ender-3 V3 Models
If you are currently running an Ender-3 V3, V3 SE, or V3 KE, the generational gap is real and meaningful. The V4 Combo brings three capabilities the V3 line simply does not have: a built-in multicolor printing system via CFS, the rigid unipiece gantry that eliminates the frame squaring problem entirely, and meaningfully higher print speeds with full automated calibration. These are not minor incremental improvements — they represent a genuinely different tier of printer capability and user experience.
The ‘V3 to V4’ Dilemma — Should You Upgrade?
This question comes up constantly in 3D printing communities, and the answer depends entirely on what you are trying to get out of your printer.
Keep Your Ender-3 V3 If…
- You have no interest in multicolor printing — single-color work is your primary focus.
- You have already tuned your V3 well and are consistently getting great results.
- You are satisfied with your current print speed and output quality.
- You want to put your budget toward filament, projects, and upgrades rather than new hardware.
Upgrade to the Ender-3 V4 Combo If…
- You want to get into multicolor 3D printing without switching ecosystems entirely.
- You are tired of manual bed leveling, frame squaring, and setup friction.
- You want significantly faster print speeds with reliable automated calibration.
- You are building a new setup and want the best current generation Ender-3 experience.
The upgrade is most compelling for users who want multicolor capability. If your work is single-color and your V3 is running well, the upgrade may not justify the cost. But if multicolor printing is on your roadmap at all, the V4 Combo makes the case compellingly.
Pros and Cons
Pros
- Built-in multicolor printing via CFS — 4 colors out of the box, expandable to 16 with additional units.
- Rigid single-piece unipiece gantry eliminates the frame squaring problem that plagued older Ender designs.
- High print speed (~500 mm/s peak, 200–300 mm/s practical) with input shaping for quality management.
- Full automated calibration suite — bed leveling, Z-offset, and vibration compensation handled automatically.
- Genuinely beginner-friendly setup: under 30 minutes from unboxing to first print.
- RFID filament detection enables automatic material profile loading with Creality-branded spools.
- Quick-swap nozzle system simplifies maintenance and material changeovers.
- OrcaSlicer community support available for advanced users who want deeper tuning control.
- Strong price-to-feature ratio against Bambu Lab alternatives.
Cons
- Purge waste is unavoidable on multicolor prints — plan for it in your filament budget.
- Bedslinger architecture limits practical top-end speed compared to CoreXY alternatives.
- Open frame limits reliable printing with high-temperature engineering materials like ABS and ASA.
- CFS uses passive desiccant humidity control, not active filament drying like the Anycubic Kobra 3 Combo.
- Creality Print software ecosystem is improving but not yet as polished as Bambu Studio.
- RFID profile loading only works automatically with Creality-branded filament spools.
Price and Value
The Creality Ender-3 V4 Combo sits in the budget-to-midrange segment of the 2026 FDM printer market, and for what it delivers — especially the inclusion of the full CFS multicolor system — it represents very strong value.
Compared to buying the base Ender-3 V4 printer and adding a CFS unit separately, the Combo pricing typically offers a meaningful discount over buying the components individually, making it the smarter purchase if multicolor printing is on your roadmap at all. Compared to the Bambu Lab A1 Combo, you are looking at a noticeably lower total cost of ownership for a very competitive feature set.
Creality’s positioning here is clear: they want to be the entry point for multicolor FDM printing for users who find Bambu Lab pricing out of reach, or who want to stay within the established Creality ecosystem. On those terms, the pricing strategy works well. You are not sacrificing everything to save money — you are making a reasonable trade on ecosystem polish and a few feature refinements in exchange for meaningful savings that you can put back into filament and projects.
Who Should Buy the Creality Ender-3 V4 Combo?
- Beginners entering multicolor 3D printing for the first time — automated setup removes most of the traditional FDM learning curve.
- Ender-3 upgrade users who want a significant generational step forward without switching brands.
- Hobbyists primarily printing decorative models, toys, figurines, cosplay props, and game miniatures where multicolor output is the goal.
- Budget-conscious buyers who want multicolor FDM printing capability without Bambu Lab pricing.
- Makers who want a hackable, community-supported platform with room to grow and customize over time.
- Industrial or semi-professional users who need consistent, reliable high-temperature engineering material support.
- Large-format printing requirements — the 220 x 220 mm bed is a standard hobby footprint, not production scale.
- Users whose primary focus is engineering-grade materials without a willingness to add enclosure and active drying solutions.
- Users who want the absolute best multicolor purge waste optimization available — Bambu Lab still leads here.
Final Verdict
The Creality Ender-3 V4 Combo is the best Ender-3 ever made — and that is not faint praise. It takes everything the 3D printing community loved about the Ender-3 platform and adds the features the 2026 market actually demands: multicolor printing via CFS, genuine end-to-end automation, a structurally rigid unipiece gantry, and real high-speed printing capability backed by input shaping.
Is it perfect? No. The bedslinger architecture caps its ceiling compared to CoreXY machines. Purge waste is a real consideration that needs to be planned for. Creality’s software ecosystem is playing catch-up with Bambu. These are honest limitations worth knowing before you spend your money.
But for the price, the Ender-3 V4 Combo is a remarkably capable machine — especially if multicolor printing is your primary goal. It is genuinely accessible to beginners, the CFS multicolor system works reliably in practice, and the unipiece gantry is a structural improvement that pays off in print quality every single day you use it.
If you want to get into multicolor FDM printing without paying Bambu Lab prices, this is the printer to buy. If you are upgrading from an older Ender-3 and want a major generational step forward, this is the printer to buy. If you need active filament drying or a fully enclosed high-temperature setup, look at alternatives. For everyone else — this one is worth it.
Ready to Start Your Multicolor Journey?
The Ender-3 V4 Combo offers the best value in the market right now for feature-rich multicolor printing.
Final Verdict at a Glance
Print Performance: Very Good — fast, accurate, reliable for PLA and PETG.
Multicolor Capability: Very Good — CFS works well; purge waste manageable.
Value for Money: Outstanding — best multicolor printer at this price in 2026.
The Creality Ender-3 V4 Combo does not try to beat Bambu Lab at everything — it does not need to. It delivers multicolor 3D printing to a price point that opens the door for a whole new category of makers. And it does it with more automation, more quality, and more confidence than any Ender-3 that came before it. That is worth something. Quite a lot, actually.
