Name: High Speed PLA+ Filament 8-Pack
Brand: IIID MAX
SKU: PLA-PACK-8
Price: 103.92 USD
Availability: InStock

High Speed PLA+ Filament 8-Pack

$103.92

$103.92 $175.92

High Speed PLA+ Filament 8-Pack

$103.92

$103.92 $175.92

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

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8kg at $12.99/kg | 41% Off | Pick Any 8 Colors, Free USA Shipping

Eight kilograms of High Speed PLA+. Any 8 colors from our full HS range. Vacuum-sealed per spool. Free shipping across the USA. At $12.99/kg — 41% off individual pricing — this is the smallest High Speed PLA+ bulk pack we offer: the lowest-commitment entry into HS formulation pricing, with enough volume to run multiple color profiles across your fast printers before deciding which 8 colors to scale with.

High Speed PLA+ prints exactly like standard PLA+ in setup and ease — no enclosure, no heated bed required, works on any FDM printer — with a reformulated melt flow that sustains clean output at 150–300mm/s on hardware that supports it. If you've upgraded to a direct drive machine and want to see what HS filament does for your throughput, this is the pack to start with.

Which PLA+ Pack Is Right for Your Operation?

Pack	Volume	Price/kg	Formulation	Best For
This pack	8kg	$12.99	High Speed PLA+	First HS bulk order. Testing 8 colors on fast printers before scaling. Lowest inventory risk on HS formulation.
16-Pack High Speed	16kg	$12.69	High Speed PLA+	Validated HS color lineup. Operations running 4–8 fast printers. Better price-per-kg than 8-pack.
32-Pack High Speed	32kg	$12.39	High Speed PLA+	Maximum HS volume. Farms running 8+ fast printers. Best HS price-per-kg.
10-Pack Standard	10kg	$11.76	Standard PLA+	Standard speed printers (40–80mm/s). Lower per-kg cost than HS packs. Entry-level bulk on standard formulation.
20-Pack Standard	20kg	$11.48	Standard PLA+	Standard speed. Deep stock on 20 strategic colors. Established operations.

What PLA+ Is — and What "High Speed" Changes

PLA+ is standard PLA with a toughened formulation. Think of a disposable plastic fork vs a reusable one — same ease of use, but the reusable one flexes under pressure instead of snapping. PLA+ is the reusable fork: same temperatures, same settings, no enclosure, no special hardware — but with better impact resistance, stronger layer bonding, and longer-lasting toughness.

What High Speed adds: standard PLA+ tops out at 60–80mm/s before surface quality and layer adhesion degrade. HS PLA+ is reformulated with a higher melt flow index — the material flows more easily under higher extrusion rates — sustaining clean output at 150–300mm/s on hardware that supports it.

⚠️ The hardware matters as much as the filament. To run 200mm/s+ reliably you need a direct drive extruder, a high-flow hotend (CHT nozzle, Volcano, or equivalent), and strong part cooling. On a standard Ender 3 or Creality printer, expect clean results at 60–100mm/s. On a Bambu Lab, Voron, or RatRig, push significantly further. Raise nozzle temp ~5°C for each major speed step — faster printing means less dwell time in the melt zone.

Pack Contents & Value Breakdown

Spec	Detail
Pack size	8 × 1kg spools (8kg total / 17.6 lbs)
Material	High Speed PLA+ (HS formulation)
Filament diameter	1.75mm ±0.02mm
Color selection	Any 8 colors from our HS PLA+ range
Price per kg	$12.99 (41% off individual spool pricing)
Packaging	Vacuum-sealed with desiccant — each spool individually sealed
Shipping	Free across the USA

Print Settings for High Speed PLA+

Setting	Standard Range	High Speed Range	Notes
Nozzle temperature	200–220°C	215–235°C	Raise ~5°C per significant speed increase. Faster printing = less time in melt zone = needs slightly more heat. Start at 215°C and adjust.
Bed temperature	50–65°C	50–65°C	60°C on PEI is the universal baseline. No heated bed? Glue stick on glass handles small and medium prints.
Enclosure	Not required	Not required	Open-frame printers work perfectly. If using an enclosure, keep ambient below 30°C — PLA+ is vulnerable to heat creep in warm chambers.
Part cooling fan	100% after first 2 layers	100% after first 2 layers	Full cooling after the first two layers. Critical for overhang quality, bridging, and locking in surface detail. 0% fan for the first 2 layers — bed adhesion first.
Print speed — walls	40–80mm/s	100–250mm/s	Standard range for any FDM machine. HS range requires direct drive + high-flow hotend.
First layer speed	15–25mm/s	15–25mm/s	Always slow the first layer regardless of print speed mode. No exceptions.
Retraction — Direct Drive	1–3mm at 30–50mm/s	1–3mm at 30–50mm/s	Start at 2mm. Increase only if stringing persists after adjusting temperature.
Retraction — Bowden	4–6mm at 40–60mm/s	4–6mm at 40–60mm/s	Run a retraction tower per color — pigment loads vary between colors and affect stringing behavior.
Layer height	0.2mm	0.2–0.28mm	Standard: 0.2mm for general production. HS: 0.28mm for fast draft prints where finish isn't critical.
Drying (if needed)	50–55°C for 4–6 hours		Sudden stringing on a dialed-in profile = wet filament. Dry and the problem disappears.

3 Common PLA+ Problems — Fast Fixes

Stringing between parts
Enable Combing mode in your slicer first — it keeps travel moves inside the print and eliminates most visible stringing without touching hardware settings. Then lower nozzle temp 5°C. Then increase retraction 0.5mm. Then dry the filament.

First layer not sticking
Three checks in order: bed level, Z offset (lower in 0.05mm steps until you see slight squish), and bed surface cleanliness (wipe PEI with IPA). Raise bed to 65°C if adhesion is still marginal.

Heat creep jams after 10–20 minutes
Specific to PLA+ in warm environments. Check: heatsink fan at full speed, enclosure ambient below 30°C, PTFE tube fully seated against nozzle with no gap. Any one of these causes persistent jams.

8 Colors — Making the Slots Count

Eight color slots is tight — but tight forces good decisions. Most successful print operations follow a simple rule: stock what sells, sample what might.

4–5 slots on proven colors — your black, white, and top 2–3 sellers. Stock 1–2 spools each of what you know moves and never run out of revenue drivers.
3–4 slots on new or seasonal colors — colors you haven't carried before, at bulk pricing. If they sell, add them to your next larger pack order. If they don't, you've only committed 1 spool each.

This structure makes the 8-pack a low-risk color testing vehicle at bulk pricing — which is its primary advantage over buying individual spools of each test color at full price.

Storing 8 Spools

Keep sealed until the spool goes on the printer — vacuum seal is the best moisture barrier. Don't open stock spools in advance.
One medium airtight bin handles all 8 spools with room for desiccant packs. Recharge silica gel at 120°C for 2 hours when saturated.
First in, first out — rotate so older opened spools print before newer sealed ones.
Batch consistency: all 8 spools ship from the same manufacturing batch — matched color and melt behavior across every spool.

Who Is This 8-Pack For?

Fast printer operators trying HS PLA+ for the first time — Bambu Lab, Voron, Prusa MK4, RatRig. Eight spools at 41% off is a meaningful test of the HS formulation across 8 color profiles without the commitment of a 16 or 32-pack.
Makers who upgraded to direct drive and want to see what high-speed filament actually does for their throughput at a volume that makes sense for a 1–2 machine operation.
Etsy and print-on-demand sellers with a tight color catalog — 8 specific SKUs, stocked at production pricing. Enough volume to cover batch runs without overstocking.
Operations scaling up from per-spool HS buying — if you've been buying individual HS spools at full price and want to move to bulk pricing, the 8-pack is the lowest-risk first step before committing to the 16 or 32-pack.
School labs and makerspaces with 1–3 printers running high-speed capable firmware where 8kg covers a semester's worth of PLA+ output at production pricing.

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