Printer Filament Guide

Best Filament for the Sovol SV08

A pre-built Voron 2.4 clone running vanilla Klipper, with 350 × 350 × 345 mm of open-frame volume for PLA, PETG and TPU.

Specs verified 2026-11 · prices refreshed daily · page updated 6 November 2026

Sovol SV08 at a glance

The Sovol SV08 is an open-frame printer with a 350 × 350 × 345 mm build volume and a hotend reaching 300°C. It handles PLA, PETG and TPU, and it needs a hardened nozzle before running carbon- or glass-fibre filament. Recommended materials: PLA, PLA+, PETG, TPU.

Build volume
350 × 350 × 345 mm
Enclosure
Open frame
Heated chamber
No
Max hotend
300°C
Stock nozzle
0.4 mm copper alloy high-flow (Bambu-style assembly)
Abrasive filament
Hardened nozzle required

The SV08 is a semi-assembled Voron 2.4 with injection-moulded parts, and its filament envelope is set by three numbers: a 300 C nozzle, a 100 C bed and no enclosure. That makes it a very large PLA, PETG and TPU printer rather than an engineering-material machine. Sovol's own supported list reads PLA, PETG, TPU, PETG-CF and ABS, while Tom's Hardware recorded the practical set as PLA, PETG and TPU up to 300 C. The 350 × 350 × 345 mm volume is the draw, and a 100 C bed gets ABS to stick, but an open flying-gantry frame will not hold the air temperature a 300 mm ABS part needs.

What the Sovol SV08 prints well

Recommended materials for this printer:

PLA PLA+ PETG TPU

No enclosure, so ABS, ASA, PC and nylon will warp and crack. Stick to PLA, PLA+, PETG and TPU for reliable prints. Carbon- and glass-fibre composites also need a hardened nozzle first.

Cheapest filament for the Sovol SV08 right now
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The stock nozzle is the thing to know before buying CF filament. Sovol's own replacement hotend kit for the SV08 specifies a titanium alloy throat with a copper alloy heating block and a copper alloy 0.4 mm nozzle, and the store sells a separate SKD11 hardened steel kit for around $30 as an upgrade. Copper alloy is soft, so chopped carbon or glass fibre will open the orifice out of spec within a couple of spools. Fit the hardened kit first if PETG-CF or PLA-CF is on your list, and go 0.6 mm while you are in there. Sovol's own note on that kit is to raise PLA to 245 C with the hardened nozzle.

Sovol SV08 specs that affect filament

Build volume
350 × 350 × 345 mm
Enclosure
Open frame
Heated chamber
No
Extruder
Planetary dual-gear direct drive, ceramic-plate heated high-flow hotend, 30 mm³/s
Max hotend temp
300°C
Stock nozzle
0.4 mm copper alloy high-flow (Bambu-style assembly)
Abrasive-ready (CF/GF)
Needs hardened nozzle
Multi-material
Single colour

Flexibles and tuning are where the SV08 rewards effort. The planetary dual-gear direct drive handles 95A TPU well because the filament path from gear to melt zone is short, and vanilla Klipper means you edit your own pressure advance and flow for every material instead of waiting for a vendor profile. The flip side is the shipped profiles are conservative, and the PEI plate needed glue stick for high-speed prints in testing. Rated speed is 700 mm/s at 40,000 mm/s², but flow caps at 30 mm³/s, so wall speed on a 0.4 mm nozzle is the real limit, not motion. A $179 glass enclosure kit exists and improves ABS slightly, but it adds no chamber heater.

Filament notes for the Sovol SV08

  • PLA, PETG and TPU are the intended set; the 300 C nozzle and 100 C bed are the hard ceilings.
  • The stock 0.4 mm nozzle is copper alloy, so carbon-fibre and glass-fibre filament needs the SKD11 hardened kit first.
  • ABS and ASA will stick to the 100 C bed but warp on large parts because the frame is open and unheated.
  • The optional glass enclosure kit holds some heat but adds no chamber heater, so treat ABS as small parts only.
  • Planetary dual-gear direct drive feeds 95A TPU reliably; drop speed to roughly 50 mm/s and dry it first.
  • Flow is capped at 30 mm³/s, so a 0.6 mm nozzle is how you actually use the 700 mm/s motion rating.
  • Vanilla Klipper means you tune your own filament profiles, and the shipped OrcaSlicer presets are conservative.
How SpoolHound tracks prices

The deals above are filtered to the materials the Sovol SV08 handles, aggregated from multiple retailers daily and normalised to cost per kg, so the cheapest in-stock option is always on top. Prices refresh every 24 hours and are region-aware, so switch your region in the nav. Click through to the retailer to confirm the live checkout price.

Frequently Asked Questions

Can the Sovol SV08 print ABS or ASA?
Only small parts, and not well. The bed reaches 100 C and the nozzle 300 C, which is enough to melt and stick ABS, but the SV08 is an open-frame CoreXY with no chamber heating, so a part over about 120 mm will lift at the corners or split between layers as the air around it cools. Sovol's $179 glass enclosure kit retains some heat and helps marginally, but it is passive. For reliable ABS and ASA at this build size, look at a machine with an actively heated chamber.
Does the SV08 need a nozzle upgrade for carbon fibre filament?
Yes. Sovol's own SV08 hotend kit lists a copper alloy 0.4 mm nozzle, and the store's metal nozzle kit for the SV08 is titanium alloy plus copper alloy, neither of which resists abrasion. Fit the SKD11 hardened steel nozzle kit, which Sovol sells for roughly $30 and also bundles as a +$30 purchase option on the printer, before running PLA-CF, PETG-CF or any glass-filled filament. Choose 0.6 mm rather than 0.4 mm, and never use 0.2 mm with filled filament.
How fast can the SV08 really print PLA?
Motion is rated to 700 mm/s at 40,000 mm/s², and it set a 13 minute 25 second speed Benchy in testing, but the hotend is rated at 30 mm³/s. At a 0.4 mm nozzle with a 0.2 mm layer and 0.45 mm extrusion width, 30 mm³/s works out to roughly 330 mm/s of sustained wall speed before the hotend becomes the limit. Reviewers settled on 200 to 300 mm/s for good surface quality. A 0.6 mm nozzle is the practical way to use the motion headroom.
Is the SV08 good with flexible filament?
Yes, better than most large CoreXY machines. It uses a planetary dual-gear direct drive extruder mounted on the toolhead, so the unsupported filament path into the melt zone is short and 95A TPU does not buckle the way it does in a Bowden setup. Sovol lists TPU as supported. Drop print speed to around 50 mm/s, reduce retraction, and dry the spool first: TPU takes on moisture quickly and the symptom is popping and a rough, stringy surface.

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