Bambu Lab PLA-CF Burgundy Red, Spool (1.000 g)

Name: Bambu Lab PLA-CF Burgundy Red, Spool
Brand: Bambu Lab
SKU: BL-A50-R4-1.75-1000-SPL
Price: 40.50 GBP
Availability: InStock

Carbon fibre-reinforced PLA in red

£40.50

(£40.50 / kg, Price shown includes 20% VAT. - Excludes delivery costs)

Colour:

Bambu Lab

PLA-CF Burgundy Red

Carbon fibre-reinforced PLA in red

£40.50

(£40.50 / kg)
Bambu Lab

PLA-CF Iris Purple

Carbon fibre-reinforced PLA in purple

£40.50

(£40.50 / kg)
Bambu Lab

PLA-CF Matcha Green

Carbon fibre-reinforced PLA in green

£40.50

(£40.50 / kg)
Bambu Lab

PLA-CF Jeans Blue

Carbon fibre-reinforced PLA in blue

£40.50

(£40.50 / kg)
Bambu Lab

PLA-CF Royal Blue

Carbon fibre-reinforced PLA in dark blue

£40.50

(£40.50 / kg)
Bambu Lab

PLA-CF Lava Gray

Carbon fibre-reinforced PLA in grey

£40.50

(£40.50 / kg)
Bambu Lab

PLA-CF Black

Carbon fibre-reinforced PLA in black

£40.50

(£40.50 / kg)

Features & Advantages

With carbon fibres
Matt surface finish
Improved mechanical properties

Item no.: BL-A50-R4-1.75-1000-SPL, Content: 1.000 g, EAN: 921082526063

Product information & technical details

Item no.: BL-A50-R4-1.75-1000-SPL
Manufacturer No.: A50-R4-1.75-1000-SPL
Manufacturer: Bambu Lab
Content: 1.000 g
Diameter: 1,75 mm
Product type: Carbon Filament, PLA Filaments
Color: Red
Compatibility: Bambu Lab AMS*
System: Spool
Recommended processing temperature: 210 - 240 °C
Recommended heating temperature: 35 - 45 °C

Description

Bambu Lab PLA-CF is a carbon fibre-reinforced PLA material with higher strength and rigidity than standard PLA. The easy-to-print material has a matte surface finish that optimally conceals the layer lines and is particularly suitable for printing technical parts that require higher strength.

PLA-CF has low shrinkage and resistance to deformation and can be printed at high speeds without the risk of clogging.

► The filament is delivered on a Basic Reusable Spool.

► Dry before use!

Tip: All print parameters are embedded in RFID and are automatically read by the AMS.

Caution! Use a wear-resistant nozzle with a minimum diameter of 0.4 mm.

Dimensions filament spool

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