Name: High Speed PLA+ Filament 32-Pack
Brand: IIID MAX
SKU: PLA-PACK-32
Price: 396.48 USD
Availability: InStock

High Speed PLA+ Filament 32-Pack

$396.48

$396.48 $703.68

High Speed PLA+ Filament 32-Pack

$396.48

$396.48 $703.68

Ships from Miami Warehouse In stock · Handling time 1–2 business days

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High Speed PLA+ Filament 32-Pack

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32kg at $12.39/kg | 44% Off | Mix Any 32 Colors, Free USA Shipping

Thirty-two kilograms of High Speed PLA+. Any 32 colors from our full range. Vacuum-sealed per spool. Free shipping across the USA. At $12.39/kg — 44% off individual pricing — this is the highest-volume PLA+ pack we offer, built for print farms, production operations, and makers who treat filament as a raw material cost, not a per-project purchase.

High Speed PLA+ combines the easiest-to-print material in FDM with a formulation engineered for modern fast printers. No enclosure. No heated bed required. Rated for speeds up to 300mm/s on properly tuned setups. At 32 spools, one order keeps multiple machines running for weeks.

PLA vs PLA+ — What the "Plus" Actually Means

Standard PLA is the most beginner-friendly filament ever made — it's cheap, easy, and prints on almost anything. But it has a ceiling: it becomes brittle over time, can crack under impact, and softens around 60°C. PLA+ fixes those limits without making the material harder to print.

Think of it like the difference between a plastic bag and a plastic bin lid. Both are plastic. But the bin lid doesn't crack when you drop it, flexes without snapping, and handles more stress. That's the PLA+ upgrade in one image.

Higher impact resistance — PLA+ bends under sudden force instead of shattering. Better for functional parts, enclosures, clips, and anything that gets handled repeatedly.
Better layer adhesion — the improved formulation bonds layers more tightly, which means stronger prints at the same infill settings.
Less brittleness over time — standard PLA can become fragile after months on the shelf or in use. PLA+ maintains its toughness longer.
Same ease of printing — no enclosure, no heated bed required, no fumes, no warping headaches. Everything that makes PLA the default material stays intact.

High Speed Formulation — What 300mm/s Actually Requires

Standard PLA tops out around 60–80mm/s before surface quality and layer adhesion start to degrade. High Speed PLA+ is reformulated to maintain clean extrusion and strong layer bonding at significantly higher speeds — up to 300mm/s on setups that support it.

⚠️ Speed is a system capability, not just a filament spec. To actually hit 300mm/s reliably you need: a direct drive extruder, a high-flow hotend (volcano, CHT nozzle, or equivalent), and strong part cooling. On a standard Ender 3 or similar entry-level printer, you'll get great results at 60–100mm/s. On a Bambu Lab, Voron, or RatRig, you can push much further. The filament is not the bottleneck — your hardware is.

One practical tip for high-speed printing: raise nozzle temperature 5°C for every significant speed increase. At higher speeds, filament spends less time in the melt zone — a slightly higher temp compensates and keeps flow consistent.

Pack Contents & Value Breakdown

Spec	Detail
Pack size	32 × 1kg spools (32kg total / 70.4 lbs)
Material	High Speed PLA+
Filament diameter	1.75mm ±0.02mm
Color selection	Choose any 32 colors from our full High Speed PLA+ range
Price per kg	$12.39 (44% off individual spool pricing)
Packaging	Vacuum-sealed with desiccant — each spool individually sealed
Shipping	Free across the USA

Print Settings for High Speed PLA+

PLA+ is the most forgiving filament in this table. If you're coming from ABS or PETG, most of these numbers will feel comfortably relaxed.

Setting	Recommended Range	Notes
Nozzle temperature	200–230°C	Start at 215°C for standard speeds. Raise 5°C per major speed step when pushing toward 200mm/s+.
Bed temperature	50–65°C	PEI sheet at 60°C is the universal starting point. No heated bed needed for small prints — use a glue stick on glass if no heated bed.
Enclosure	Not required	PLA+ doesn't warp. Open-frame printers work perfectly. ⚠️ If using an enclosure, keep internal temp below 30°C to prevent heat creep in the cold zone.
Part cooling fan	100% after first 2 layers	PLA+ needs strong cooling to lock in layer detail and prevent sag on overhangs. First 2 layers: 0% fan for bed adhesion. Remaining layers: full fan.
Print speed — standard	40–80mm/s	Reliable quality range for any FDM printer.
Print speed — high speed	Up to 300mm/s	Requires direct drive + high-flow hotend + strong cooling. Increase nozzle temp 5°C for every significant speed step up.
First layer speed	15–25mm/s	Slow first layer = reliable adhesion = no failed prints. Non-negotiable even on fast setups.
Retraction — Direct Drive	1–3mm at 30–50mm/s	Start at 2mm. Increase 0.5mm at a time only if stringing appears.
Retraction — Bowden	4–6mm at 40–60mm/s	Standard Bowden range. Run a retraction tower to dial in per spool.
Layer height	0.1–0.28mm	0.2mm for general use. 0.1–0.15mm for detail. 0.28mm for fast draft.
Drying (if needed)	50–55°C for 4–6 hours	PLA+ absorbs moisture slower than PETG, but humidity still causes stringing and rough surfaces. Dry if the spool has been open for weeks in a humid environment.

3 Common PLA+ Problems — and the Fast Fix

Stringing (thin plastic threads between parts)
Almost always one of three causes: temperature too high, retraction too short, or wet filament. Fix in order: lower nozzle temp 5°C → increase retraction 1mm → dry filament at 50°C for 4 hours. Enable "Wipe Before Travel" in your slicer for extra insurance.

First layer not sticking
The three usual suspects: bed not level, Z offset too high, or bed surface dirty. Fix: relevel the bed, lower Z offset in 0.05mm steps until the first layer has visible squish, and clean the PEI with isopropyl alcohol before printing. Raise bed temp to 65°C if adhesion is still marginal.

Heat creep (jams after 10–20 minutes of printing)
Unique to PLA — if the cold zone warms up (usually from a hot enclosure or poor heatsink cooling), the filament softens before the melt zone and clogs. Fix: ensure the heatsink fan is running at full speed, lower enclosure ambient temp below 30°C, and check that the PTFE tube seats fully against the nozzle with no gap.

Storing 32 Spools — Practical Setup

Every spool ships vacuum-sealed with desiccant. Unopened, they stay fresh for months. Once you break the seal on a spool, the clock starts on moisture absorption — especially in humid climates:

Rotate stock logically — use older spools first. The vacuum seal is the best moisture barrier; don't open spools until needed.
Airtight bins with rechargeable desiccant for open spools — silica gel packs are cheap and reusable (dry them in an oven at 120°C for 2 hours to recharge).
Batch color consistency: 32 spools from one order ship from the same manufacturing batch. Every unit of a given color in this pack will match — no shade variation between restocks mid-production run.

Who Is This 32-Pack For?

Print farms running multiple machines — PLA+ is the highest-volume material in most farm operations. 32kg at $12.39/kg is the math that makes per-part economics work. One order, weeks of runtime.
Etsy sellers and product makers printing batches of the same item across a full color range. Pick your 32 most-used colors, stock them all at once, and never run out of a variant during a busy week.
High-speed printer operators — Bambu Lab, Voron, RatRig, CoreXY builds — who need a PLA+ formulation that keeps up with their hardware at 150–300mm/s without stringing, clogs, or surface degradation.
Makerspaces and school labs that go through filament fast and need a reliable, forgiving material that works for beginners and advanced users on the same stock.
Anyone upgrading from standard PLA who wants tougher, better bonding prints without changing their printer, settings, or workflow. PLA+ is a drop-in upgrade — same temperatures, same everything, better results.

Browse individual spools in our PLA Filament collection. Explore everything in our 3D Printing Filaments guide.