VoxelPLA PLA+ HS Review

I’d consider VoxelPLA PLA+ HS for everyday models, organizers and prototypes if you’re willing to check a few settings before committing to a large order. I’d start with one 1 kg spool in the color you actually want. It’s an affordable option, but “HS” doesn’t tell you how fast your printer can produce a good part.

VOXEL recommends starting presets for several Bambu and Prusa printers. The main limitation is that PLA+ HS hasn’t shown a well-established speed or strength advantage for demanding production work.

Which PLA+ HS Filament Are You Buying?

Look for VOXELPLA PLA+ HS (Pro) in the product title. The current store also uses “PLA+ (pro)” in descriptions and “VOXELPLA+” on its settings page. Those names appear together in the current product documentation, but they don’t establish that every older spool used the same formula.

The regular range uses 1.75 mm filament, with an advertised diameter tolerance of ±0.03 mm. That’s the manufacturer’s allowance for variation in thickness, not a measurement of the spool you’ll receive. Check that your printer takes 1.75 mm filament before ordering.

Cool White, Voxel Black and Voxel Grey have listings with 1 kg and 3 kg options. Other colors, including Fire Orange, have 1 kg listings. Check the selected size rather than assuming every color comes on both spools.

PLA is a plastic commonly used for detailed models and prototypes that don’t need high heat resistance. The plus and Pro wording describes PLA modified for properties such as toughness; HS means it’s sold for faster printing. Neither label gives you a guaranteed strength or printing rate.

VOXEL also sells a separate Galaxy PLA+ HS range. Don’t assume it behaves like a regular solid color—or that a result from one color applies to all of them.

How Fast Can PLA+ HS Print Well?

There isn’t enough documented, comparable testing to give PLA+ HS one dependable printing speed. The speed at which your printer moves while laying down plastic, measured in millimeters per second (mm/s), is only part of the picture.

The more useful limit is flow: how much melted plastic the nozzle can deliver each second, measured in cubic millimeters per second, or mm³/s. Thicker layers and wider lines need more plastic at the same movement speed. Your printer’s ability to melt the material therefore matters alongside the filament itself.

One owner report covering pink and yellow PLA+ HS described a Bambu X1 Carbon (X1C) setup with a 225°C nozzle and a 60°C bed, failing around 15 mm³/s during a flow test. The owner settled on 13 mm³/s and reported attractive prints afterward. The report didn’t identify which color produced that result or document nozzle size, layer height and acceleration for the test.

Another owner reported using 21 mm³/s on an X1C with a stock 0.4 mm nozzle at the same temperatures. Their color and comparable test procedure weren’t specified. Allow time to adjust your settings; neither number establishes a limit for every spool and printer.

For your own prints, watch for gaps, rough walls and changes in surface shine as speed rises. A flow test can help locate where quality starts to suffer, but a clean-looking test doesn’t measure strength between layers. Check a representative part before speeding up a whole batch, and keep some margin below the point where defects begin.

Strength claims need similar care. VOXEL’s PLA+ (Pro) technical sheet lists typical material properties, but it doesn’t establish layer strength at a documented high-speed setting for the current HS colors. Its figures aren’t design guarantees.

I wouldn’t choose PLA+ HS for a heavily loaded or heated part just because it says Pro. For decorative work, judge the finish; for a working part, you also need to know whether it withstands the forces and temperature it will face.

Starting Settings For PLA+ HS

A slicer preset is a saved set of printing settings in the software that prepares your model for the printer. VOXEL’s current profile page recommends Bambu PLA Basic for its PLA on listed Bambu machines, including the X1 Carbon, P1P, P1S, A1 and A1 mini. For the Prusa MK2, MK3 and MK4 section, it directs you to the Prusament PLA preset.

That’s a useful starting point, not proof that every speed in the preset will suit your spool. Older owner reports refer to Bambu PLA Tough; follow the current PLA guidance rather than assuming those older instructions still apply. The page also contains separate PETG instructions, which aren’t for this filament.

For a printer without specific guidance, the current PLA+ HS product listing gives a 200–220°C nozzle range and 45–60°C bed range. The linked technical sheet instead lists 200–210°C for the nozzle. The owners’ 225°C setting above exceeds both published nozzle ranges.

Start with the current product guidance and your printer’s appropriate PLA profile, while following the requirements of your build plate—the surface the print rests on. If the spool label disagrees, ask VOXEL which settings apply to that spool before pushing temperatures higher.

Print a small version of something you plan to make. If quality drops on faster sections, reduce speed or use a flow test to find a suitable maximum flow setting. That limit lets the slicer slow printing where it would otherwise request more melted plastic than the printer can deliver.

Keep your printer’s normal retraction settings initially. Retraction pulls filament back to reduce drips between printed sections; the amount needed depends on how your printer feeds filament.

Will The PLA+ HS Spool Feed Reliably?

VOXEL advertises compatibility with Bambu’s AMS and AMS lite, accessories that automatically feed filament and switch between spools. That makes the 1 kg spool worth considering for automatic feeding, but the product listings don’t supply separate dimensions for the 1 kg and 3 kg spools. Don’t buy the 3 kg option for an automatic feeder on the strength of that shared compatibility statement.

Feeder fit depends on the spool, not just the filament’s thickness. The AMS lite, for example, requires a spool 40–68 mm wide with a center hole 53–58 mm across. Before buying a larger spool, get its dimensions and check your feeder’s requirements. An external holder also needs to accommodate the spool’s size and weight.

Check the spool when it arrives. A dated owner report for Gold PLA+ HS described a broken side that required moving the filament onto another spool. That’s evidence of an individual damaged spool, not proof that intact spools don’t fit or that breakage is common. VOXEL’s return policy asks buyers to report damage promptly.

Repeat orders raise a different question: will the next spool print and look the same? Positive consistency reports don’t show how much batches vary, and brand-wide color complaints don’t establish a recurring defect in this exact material.

For a large model that needs several rolls, print small samples from each roll before starting the main pieces. Check their color and finish together under the same light. Automatic spool switching can continue a print, but it can’t make mismatched shades match.

Is PLA+ HS Worth Buying For Your Prints?

PLA+ HS makes the most sense when you like its colors, want filament for ordinary indoor projects and can spend a little time checking the results. When comparing costs, look at equal amounts of filament and include shipping. A bundle only helps if you’ll use the colors and know the material works for you.

For a Bambu beginner who mainly wants fewer setup steps, Bambu PLA Basic is the closest useful alternative. Its electronic identification tag, called RFID, lets the AMS recognize the material and apply settings. That’s a convenience advantage, not evidence that it produces better-looking or stronger prints than PLA+ HS.

With PLA+ HS, you select the material settings yourself. The Bambu PLA Basic preset recommended above gives you a starting point.

Keep shipping separate from print quality. One Army Green buyer reported good material but a two-week wait before dispatch; another reported fast shipping. Neither predicts your order.

VOXEL’s shipping policy says most orders placed before noon go out that day, which is less absolute than the product-page slogan. For a deadline, use filament already on hand or leave time to receive and check a new order.

I’d hold off on a production-sized order until it feeds properly and makes acceptable parts at the pace you need. If your main reason for switching is a promised speed or strength upgrade, PLA+ HS hasn’t established that advantage clearly enough to make the decision for you.