Filazoo PLA+ Filament – Tough, Low-Warp Everyday Printing, 1.75mm, 1kg

PLA+ is a modified PLA designed for improved toughness and reduced brittleness while keeping the easy printing behavior of standard PLA. It's the material we recommend for parts that get handled or loaded rather than just displayed — see PLA+ vs. PLA Basic for the full comparison.

Standard PLA is easy to print but relatively brittle. PLA+ is formulated for a better balance of toughness, strength, and printability, which makes it the better pick for functional everyday parts. Is the upgrade worth the extra cost? walks through when standard PLA Basic is still the smarter choice.

Yes. Low warping and undemanding print settings make PLA+ suitable for beginners as well as experienced users. If this is your first roll, our filament guide for a first print covers the basics, and 10 Gridfinity organizer prints to start with PLA+ is a good first project list.

Start at approximately 215°C. Use 205–215°C at 50–100 mm/s, or 215–245°C at 100–200 mm/s, then adjust for your printer and model. A temperature tower settles it in one print — here's how to read the result.

A heated bed at 50–60°C is recommended. On an unheated bed you'll want a suitable adhesive to improve first-layer adhesion. If the first layer is giving you trouble either way, our bed adhesion checklist works through the causes in order.

Start at 60–100 mm/s for reliable results. A compatible high-speed printer can go faster once nozzle temperature, flow rate, cooling, and acceleration are calibrated — start with a calibration print rather than raising the speed blind.

Generally, yes — PLA+ is formulated to be tougher and less brittle than standard PLA. Real part strength still depends on print orientation, wall thickness, infill, temperature, and layer adhesion. If parts are breaking along layer lines rather than across them, the filament isn't the problem: see why parts split along layer lines.

Yes, for light-duty functional parts: prototypes, organizers, tools, toys, brackets, and everyday items. Don't use it for safety-critical or high-temperature applications without testing. For parts that need real heat or impact resistance, compare the options in PC vs. ABS vs. ASA vs. PETG.

No. PLA+ prints well in the open with normal room ventilation and good part cooling. Enclosures matter for materials that shrink hard as they cool — warping 101 explains which materials actually need one.

PLA+ is primarily an indoor material. Prolonged sunlight, moisture, and heat will affect both its appearance and its mechanical performance. For planters, garden fixtures, or anything left in a car, use a weather-resistant material instead — see best weather-resistant filament picks for outdoor prints.

No. PLA+ isn't intended for parts under sustained heat; it softens well below what ASA, ABS, or PC tolerate. For hotter environments, PC vs. ABS vs. ASA vs. PETG compares the realistic options on actual temperature terms.

Store it in a sealed bag or dry box with fresh desiccant, away from moisture, direct sunlight, and heat. Our guide to filament storage, humidity, and shelf life covers desiccant choice and the humidity level worth aiming for.

Wet filament pops or crackles as it extrudes, and produces bubbles, heavy stringing, rough surfaces, or inconsistent flow. Dry the spool before printing again — how to dry filament at home compares ovens, dry boxes, and dedicated dryers, and the Printer Settings tab above lists the times for this material.