Name: Sakata 3D PLA High Speed PRO - 1.75 mm high-speed filament - 1 kg
Brand: SAKATA 3D
Price: 18.65 EUR
Availability: InStock

Fast shipping from Spain

Delivery from 24 hours and free shipping available in mainland Spain.

Stock on hand

Shipped quickly from Spain, with a full VAT invoice.

Secure & flexible payment

Pay by card, PayPal or bank transfer.

Expert technical support

Over 10 years helping customers with components and compatibility.

Description

Sakata 3D PLA High Speed PRO is a 1.75 mm PLA filament made in Spain and developed for both conventional and high-speed printing profiles. Its technical data sheet covers 50–100 mm/s in a classic profile and 100–500 mm/s in fast machines, with a declared maximum volumetric flow of 24 mm³/s under the manufacturer's test conditions.

Final speed depends on more than the filament: hotend, nozzle, extruder, acceleration, layer height, line width and geometry may impose a lower limit. It can therefore also be used as conventional PLA, starting with a conservative profile and increasing temperature and flow gradually.

Main features

Brand: Sakata 3D, made in Spain.
Material: PLA High Speed PRO.
Diameter: 1.75 ±0.03 mm.
Roundness: maximum deviation of 0.03 mm.
Net weight: 1 kg.
Classic speed: 50–100 mm/s.
High-speed range: 100–500 mm/s, subject to a declared maximum flow of 24 mm³/s.
Nozzle: Sakata 3D bases its settings on a 0.4 mm Brass nozzle.
Bed: above 45 °C on glass or PEI.
Enclosure: not required.
Part cooling: 100% in the official reference profile.

Recommended print settings

Setting	Classic profile	High-speed profile
Nozzle temperature	190–210 °C	210–250 °C
Linear speed	50–100 mm/s	100–500 mm/s
Volumetric flow	Match the hotend	Up to 24 mm³/s declared
Bed temperature	Above 45 °C
Surface	Glass or PEI; adhesive spray or stick when needed
Cooling fan	100%
Layer height	0.1–0.3 mm
Enclosure	Not required
Optional drying	6–8 h at 45 °C; dry box at 45 °C during printing if required

These values are Sakata 3D starting points based on a 0.4 mm nozzle. Set temperature and maximum flow first, then tune retraction, flow ratio, pressure advance or linear advance and speed for the actual machine.

500 mm/s does not mean 500 mm/s on every layer

The slicer converts speed, line width and layer height into flow. At the declared 24 mm³/s maximum and a 0.45 mm line, the theoretical limit changes as follows:

Layer height	Line width	Theoretical speed at 24 mm³/s
0.10 mm	0.45 mm	533 mm/s; also capped at 500 mm/s by the TDS
0.20 mm	0.45 mm	267 mm/s
0.30 mm	0.45 mm	178 mm/s

These are geometric calculations, not guaranteed speeds. Small walls, overhangs, bridges, first layers and parts with constant direction changes usually run slower. The hotend may also reach less than 24 mm³/s with a different temperature, nozzle or environment.

Reference properties

Property	Standard	Value
Density	ASTM D1505	1.24 g/cm³
Tensile modulus	ASTM D638	3,365 MPa
Tensile strength	ASTM D638	64 MPa
Flexural modulus	ASTM D790	3,633 MPa
Flexural strength	ASTM D790	112 MPa
HDT at 0.45 MPa	ASTM E2092	55 °C

Specimen data: mechanical properties and HDT were measured on injection-moulded bars. They do not guarantee FFF-part performance, which depends on orientation, layers, walls, infill, temperature and process.

3D printer compatibility

Its 1.75 mm format suits FFF/FDM printers able to process PLA. It can be configured for HTA3D HPRO 330/400, Bambu Lab A1, A1 mini, P1P, P1S and X1; Creality K1, K1C, K1 Max and Ender-3 V3; Prusa MK4/MK4S, XL and Core One; and Voron V0.2, Trident or 2.4, provided that hotend, extruder, nozzle, cooling and profile are suitable.

On a basic printer it can run at conventional speed. On a fast machine, start from the printer manufacturer's profile and increase flow only after checking extrusion, layer bonding and finish. Do not convert the machine's travel-speed limit directly into print speed.

HTA3D declares an approximately 195 mm diameter, 70 mm wide spool with a 53 mm centre bore. Check clearance in AMS, MMU, dryers and enclosed spool holders; an external holder may be required.

It is for you if

You want a European PLA for both conventional and fast printing.
Your machine lets you calibrate maximum flow and temperature for speed.
You want strong part cooling and low warping without requiring an enclosure.
You need a 1 kg spool with controlled 1.75 ±0.03 mm diameter.

It is not for you if

You need a part for continuous service clearly above the PLA reference HDT.
You require food-contact or medical certification.
You expect every geometry to print at 500 mm/s without flow, temperature and acceleration tuning.
Your enclosed feeder cannot accept an approximately 195 × 70 mm spool.

Storage and drying

Keep the spool sealed and protected from moisture, dust and heat. If popping, bubbles, unusual stringing or a rough surface appear, Sakata 3D gives an optional drying setting of 6–8 hours at 45 °C. The filament can also be fed from a dry box at 45 °C during printing. Use accurately controlled equipment and avoid deforming the spool.

Provide good general ventilation. Although the manufacturer describes the material as biodegradable, this should not be interpreted as home-compostable or as permission to discard prints in the environment.

Other options

For unpredictable colour changes with the same formulation, see Sakata 3D PLA High Speed PRO Transition. If a matte finish and reduced layer visibility matter more than maximum flow, consider Sakata 3D PLA-M.