Sovol Sovol SV08 Open Source Pre-assembled 3D Printer
The Sovol SV08 CoreXY 3D Printer offers a blend of speed, precision, and ease of use. With its 90% pre-assembled setup, you can start printing in just one hour. Advanced features like Quad-Gantry-Leveling system, and Klipper firmware ensure high-quality, accurate prints at impressive speeds. Plus, its open-source design allows for endless customization and upgrades, making it an ideal choice for both beginners and DIY enthusiasts.
- Pre-assembled Setup
- Open source
- Ability to upgrade
List Price: | $579.00 |
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Price: | $539.00 |
Price: | $... |
Availability: | In Stock |
Features of the Sovol SV08 3D Printer
- Klipper Firmware: Enables high-speed printing up to 700mm/s with advanced features like "Input Shaping" and "Pressure Advance" for flawless prints.
- Quad-Gantry-Leveling (QGL): Utilizes 4 independent Z motors to enhance printer accuracy and reduce print failures.
- Generous Print Volume: Offers a spacious 350x350x345mm³ build area, allowing for larger and more complex prints.
- Built-in Camera: Allows real-time monitoring and time-lapse footage capture, providing convenience and detailed insight into the printing process.
- Open-Source Design: Facilitates easy modifications and upgrades, supporting custom PCBs, CNC machined parts, and improved toolhead designs.
Understanding 90% preassembled printer
The Sovol SV08 CoreXY 3D Printer features a 90% pre-assembled setup, drastically simplifying the assembly process to just about one hour. This hassle-free assembly is designed with beginners in mind, offering clear, step-by-step instructions and requiring only basic tools, often included in the package. With most components, including the frame, motors, and wiring, pre-assembled, users can quickly and easily connect the remaining parts using plug-and-play connectors. This streamlined process not only reduces the potential for errors and frustration but also allows you to start printing almost immediately, making it an ideal choice for those eager to dive into 3D printing without the daunting task of complex assembly.
A high performance ceramic heating block
The Sovol SV08 CoreXY 3D Printer features a high-performance ceramic heating block that significantly enhances the printing process. This advanced heating element rapidly reaches temperatures up to 300°C, with the capability to heat to 220°C in just 40 seconds, drastically reducing waiting times. Its efficient heat distribution ensures consistent temperature control, which is crucial for maintaining print quality and preventing issues like warping. The ceramic block's durability and resistance to wear further ensure long-lasting performance. When combined with the AC power heated bed, which reduces heating time by 70%, the ceramic heating block allows for quick preheating and versatile material compatibility, making it an ideal choice for high-quality, efficient, and reliable 3D printing.
What are the Technical Specifications of the Sovol SV08 3D Printer?
3D Printer Type | FDM |
Build Volume | 350 x 350 x 345 mm |
Product Dimension | 550 x 537 x 575 mm (excl. spool holder) |
Assembly | 90% Fully Assembled |
Made In | China |
Printing Speeds | ≤700mm/s |
Acceleration | ≤40000mm/s |
Layer Height | 0.08~0.36mm |
Filament Diameter | 1.75mm |
Nozzle Diameter | 0.4mm |
Nozzle Temperature | ≤300°C |
Build Temperature | ≤100°C |
Build Plate | Powder coated PEI Sheet |
LAN Connection | Wi-Fi/ethernet port |
Camera | Yes |
Compatible Filaments | PLA, PETG, TPU, PETG-CF, ABS (with enclosure) etc. |
CPU | H616 (Quad-core ARM CortexTM-A53) |
RAM Size | 1GB (512MB + 512MB) |
Flash Memory Size | 8GB (EMMC) |
Stepper Driver | TMC2209 |
What's Included in the box:
- Base & Tool head
- AB Axis
- Top frame
- Screen
- Z1, Z2, Z3, and Z4
- Filament Holder
- PTFE Tube
- Filament
- Black Seal Strap
- Screws for set up
- USB Flash drive
- Scraper Knife
- Toolkit
- Power cord
- Zip ties
- Nozzle cleaner
- Cutter
- Thermal Grease
- Tweezer
- Spare Nozzle
- Cable Ties
- Silicone Brush
- M2.5 Screw
- M4 Screw
Questions
Is PVA as stiff as PLA? Or is it more flexible like ABS?
Can this be used on a Prusa multimaterial?
I have a dual extruder, single nozzle. I'm using the Prometheus system. Will this print with the temp of 230-240c? I am currently using ABS, and do not like using PLA if necessary.
How do I use the narrow 0.5kg roll in a Bambu Lab X1C? It is narrower than the rollers and the center hole is to small for the twist-on Bambu rails.
Can I use this with my MakerBot Method?
Can you provide the PVA's molecular weight and degree of hydrolysis?
Can I print a hollow, but solid object made out of PVA only? I want Then to cast some auto curing or photocuring composite material, and finally, to wash out the PVA. Is this possible with an Adventurer 3? Thanks
Is this filament compatible with the TAZ 6?
I can't seem to get the PVA to print right. I have a flashforge Creator pro(using.4mm nozzles) . Slicing with Simplify 3D. In the slicer I have it set up to print a skirt around the part before printing to purge, and to build an ooze shield around the part. It starts off ok printing those two processes. When it starts to print the PVA support it just leaves a trail of little tiny pieces of PVA. I tried with a couple of different parts to print but they all had the same outcome. I was printing the PVA at 185c, and I used a 40c bed temp. What should I do?
Hi, Do you sell PVA Filament - 1.75mm in 1kg or 2 kg? Thanks, Martin
Is this biodegradable?
Is there a version of Make-It-Pro that can make PVA supports? I thought that the second extruder was only for duplicates. Is there a video in your library that shows how determine where and how many supports to place? Thank you
Can you provide the MSDS for PVA Filament
Will this work with Polycarbonate filament?
Will this work with single extruder, creality crx?
I noticed after I leave this to dissolve in water the PLA part the PVA was supporting snaps very easily. Does the water weaken the PLA? Is there any way to make the PLA stronger again?
I am using this product to develop PDMS molds for stem cell culture. Can you tell me what this filament contains besides PVA? What is the molecular weight of the PVA used?
Is there information about the properties of PVA like strength and solubility ?
Spool Hub hole diameter?
Is that working with makerbot printer? what is spoon dimensions?
What is the spool size?
Can this be used in a FlashForge Creator Pro?
So how do I just make my support material PVA?
Can I buy a sample quantity of your PVA to try before committing to a full roll? Enough to print a few small test pieces would be great.
Will this work with Taulman 910 Nylon?
Yes