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Leaders in 3D scanning and printing. Proudly featuring CreatBot, Shining 3D, Einscan, Artec 3D, and HeyGears Resin Printers
Anycubic Kobra 3 V2 Combo
Price range: $299.00 through $658.00
SKU 3DP72192233831245360
Category:
Extra $30 off code: WINTER
Extra $30 off code: WINTER
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Product Detail
What is the Kobra 3 V2 Combo?
Imagine a magic machine that can make solid objects out of plastic, layer by layer—like drawing in 3D. That’s what a 3D printer does. The Kobra 3 V2 Combo is a type of 3D printer made by a company called Anycubic.
“Combo” means it comes with extra parts to let it do more than a simple one-color printer. With these extras, it can print things in multiple colors.
So in short:
It is a 3D printer.
It can print in many colors.
It comes with extra parts (combo) so you can use many colors easily.
Why would someone want this printer?
Here are reasons why this machine is useful and fun:
Make cool toys or models
You can design (or download) a small model—say a little car or a figurine—and the printer will build it layer by layer. You can see your idea become real!
Colorful prints
Because it supports multiple colors (4 or even 8 colors), your toys or models can have different colors in one object. For example, a robot’s body could be red, arms blue, eyes green, all done in one printing job.
Help in school or projects
If you are learning about design, engineering, or art, having your own 3D printer can let you try out your ideas physically instead of just drawing them.
Good for learning engineering
You’ll learn about how machines work, how plastic can be melted and shaped, how computer software describes shapes, and many interesting things.
Main features (in simple words)
Let me tell you about the important parts and features, explained in a friendly way:
How does it do multicolor printing?
This is a bit more technical, but I’ll break it down simply:
The printer has extra modules (ACE Pro) that help switch between different colors of filament.
It sequences the color to print in which region. So it might print red in one part and blue in another, during a single print job.
To do 8 colors, it uses two ACE Pro modules together.
The machine and software manage the color switching so you don’t have to do it all by hand (though some manual help may be needed).
So you can imagine: the printer has multiple “pens” of different colors and knows when to use which to build the shape you want.
What about speed, quality, and limits?
Every printer has trade-offs. Here is what this printer offers and what you must watch for:
Speed
It can go very fast (600 mm/s), but very fast printing sometimes lowers quality (things may appear less smooth). Many people print at slower speeds (like 300 mm/s) for better results.
Layer quality
Because of auto-leveling and good mechanics, layers (the thin strata of plastic) tend to align well, giving smoother surfaces.
Nozzle size and max temperature
The standard nozzle is 0.4 mm (good for a balance between detail and strength). It also supports nozzles of 0.6 mm or 0.8 mm if you want bigger layers. The maximum temperature is 300°C.
Bed (the bottom plate) temperature
Up to 110°C. This helps certain plastics stick well.
Material limits
Some special plastics are too hard or have too high a melting point to use. Also, for multicolor printing, some materials like TPU might only be usable in one color mode.
Print volume limit
You cannot make objects larger than 255 × 255 × 260 mm. If your design is bigger, you’ll have to break it into parts and print each part, then glue them.
Quality vs speed tradeoff
If you go too fast, the printer may vibrate or lose precision. If you go slow, prints take a long time. So you need to find a balance.
Filament quality
The plastic you feed must be good quality (not too wet, consistent thickness) or it may mess up prints.
What you need to do to use it (step by step)
Here’s a simple plan of how someone would go from box → finished 3D printed object:
1
Unbox
Take everything out, check parts, check the manual
2
Assemble minimal parts
Even though it’s “minimal installation,” you might need to attach some arms, supports, or the camera.
3
Power it on and auto-leveling
Turn on, run the built-in leveling routine so the machine knows where its bed is.
4
Load filament(s)
Insert the plastic filament(s) into the filament holder, and feed them into the printer head.
5
Dry filament (if needed)
Use the drying feature to make sure the filament is dry (no moist bits inside), so it prints nicely.
6
Choose or prepare a 3D model
You need a 3D model file (STL or similar) of what you want to print. You can download or design.
7
Slice the model
Slicing” means converting the 3D model into layers and giving instructions to the printer (how many layers, speed, color switching). Use the provided software (Anycubic Slicer Next) or other slicers.
8
Send to printer
Send the sliced file via USB, SD card, or wirelessly (if supported).
9
Start printing and monitoring
Watch the first few layers to ensure they stick well; use the camera monitoring if needed.
10
Post-processing
After printing, you might need to remove supports (extra plastic used during printing) or sand some rough edges.
11
Color finishing (if needed)
Sometimes you might paint small areas or do finishing touches manually.
12
Repeat & improve
Each print teaches you something — you’ll adjust settings, try new materials, improve quality.
Pros and cons (things to like and watch out for)
| Pros (Advantages) | Cons (Limitations/Challenges) |
|---|---|
| Multicolor capability: You can print in many colors in one go. | Complexity: With multicolor parts and extra features, things are more complicated; mistakes are more likely. |
| Good build quality & features: It has auto-leveling, built-in drying, a camera, and smart features. | Cost: More expensive than simple single-color printers (because of added modules). |
| Decent print size: 255 × 255 × 260 mm is enough for many models. | Material limitations: Some plastics may not be usable in multicolor modes (like TPU) or may require special handling. |
| Resumes after power loss & detects filament run-out: helpful features. | Speed vs quality tradeoff: You may need to slow down for a good finish. |
| Faster prints: You can push speed. | Assembly/maintenance: Although minimal, you’ll still do maintenance, calibration, and cleaning. |
| Ecosystem support: Apps and software help make it easier. | Software & slicing complexity: To get good results, slicing (preparing the print job) becomes more challenging with multiple colors. |
| Part adhesion & warping: Some plastics, like PETG, may warp or peel. You must manage temperature, bed adhesion, and cooling. |
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