CCTREE Creality CR 10S

First, the clarification this page has always needed: CCTREE is a filament brand, not a printer — there is no “CCTREE CR-10S” machine. CCTREE makes 1.75 mm filament (and printing accessories), and the CR-10S is the Creality printer this page’s visitors run it on. So this article does the honest version of its title: what CCTREE filament is, which of its materials suit a CR-10S-class Bowden machine, and the temperatures and habits that get good results from it.

CCTREE’s range, in practical terms

Material Character Starting temperatures on a CR-10S
PLA / PLA+ The brand’s staple — everyday printing filament; the “+” variants aim at slightly tougher, less brittle prints Nozzle ~200–215 °C, bed ~55–60 °C — tune by temperature tower within the spool’s label range
PETG Stronger, more heat-tolerant functional filament; strings more than PLA Nozzle ~230–245 °C, bed ~75–85 °C; mind the stock PTFE tube’s temperature ceiling (our CR-10 temperature guide explains it)
TPU (flexible) Flexible filament; printable on a Bowden CR-10S slowly with a well-restrained path Nozzle ~220–235 °C, slow speeds, retraction kept low or off
Cleaning filament One of CCTREE’s better-known products — run through the hotend between materials to purge residue Used at the higher of the two materials’ temperatures it sits between

Those numbers are honest starting points, not revelations: CCTREE’s spools print their own recommended ranges, and any specific spool deserves a quick temperature tower rather than faith in any article’s table — this one included. What can be said plainly is that CCTREE built its reputation on the budget-friendly end of the filament market, and its PLA-class materials behave accordingly: perfectly serviceable everyday filament where the owner’s job is the normal one — keep it dry, tune the temperature, don’t expect premium-brand consistency at a spool-to-spool level beyond what the label promises.

Running it on a CR-10S — the machine-specific notes

  • Bowden discipline: the CR-10S pushes filament through a long tube, so flexible materials (TPU) want slow, steady feeding, and any filament wants a healthy extruder gear and a clear path. Jams blamed on a filament are often the machine’s ageing PTFE couplers instead.
  • Dry storage matters more than brand: PETG and TPU pick up moisture eagerly. A spool that pops and strings has usually been rained on by the room, whatever logo it wears. Dry storage, and drying a suspect spool, fixes more “bad filament” than switching brands does.
  • The cleaning filament habit: if you alternate between PETG and PLA on the same machine, a purge with cleaning filament at changes prevents the slow carbon build-up that becomes mystery clogs — the CR-10S’s hotend thanks you quietly by not jamming mid-print.
  • Card and files: none of this changes the machine’s basics — slice for the CR-10S profile and load the card as usual (the SD card guide covers file discipline for this printer family).

Frequently asked questions

Is CCTREE a 3D printer brand?

No — CCTREE is a filament and accessories brand. There is no CCTREE CR-10S printer; the CR-10S is Creality’s machine, and CCTREE filament is simply one of the filaments owners run on it.

Is CCTREE filament any good?

It is established budget-market filament: its PLA and PLA+ are widely used everyday materials, and its cleaning filament is a genuinely known product. Expect to do the normal work — dry storage and a temperature tower per spool — rather than premium-brand set-and-forget consistency.

What temperature should I print CCTREE PLA at on a CR-10S?

Start around 205–210 °C nozzle with a 55–60 °C bed, inside the range printed on your spool, and confirm with a small temperature tower — individual spools and individual machines vary more than brand tables admit.

Can a CR-10S print CCTREE TPU?

Yes, gently: flexible filament works through the CR-10S’s Bowden setup at slow speeds with minimal retraction, provided the filament path is in good condition. Softer grades get progressively harder for a Bowden to push — that is physics, not this brand.

Hassan Khan is a leading voice when it comes to the innovative world of additive manufacturing. A mechanical engineer by training, Hassan quickly recognized the transformative potential of 3D printing, diving headfirst into the intricacies of printer design, filament research, and software optimization. At CrealityLovers.com, Hassan shares his profound knowledge, from insightful reviews and tutorials to forward-thinking op-eds that forecast the future of 3D printing. Hassan's commitment goes beyond the written word. Hassan Khan aims to empower every reader, from novices to industry experts, ensuring they make informed decisions in their 3D printing endeavors.