Bambu Lab PLA Translucent Cherry Pink 1kg

Product Description

Bambu Lab PLA Translucent Cherry Pink 1kg is a special PLA filament with a semi-translucent, matte surface that resembles milky or sandblasted glass. The surface effectively diffuses light, creating a soft, pleasant glow – perfect for various types of lamps, light fixtures, lanterns, decorative LED covers, and other design objects.

The filament is designed for FFF/FDM 3D printers, has a diameter of 1.75 mm and a net material weight of 1 kg. Thanks to high dimensional accuracy (tolerance ±0.03 mm), it is stable and reliable during printing even at higher speeds. The material is as easy to print as classic PLA, but offers an attractive semi-translucent appearance.

The Cherry Pink color variant is a rich cherry pink shade with a subtle, diffused translucency – it stands out especially in combination with lighting.

Key Features

• Semi-translucent "frosted" look – the surface effectively diffuses light and creates a soft glow
• Ideal for light applications – lamps, lanterns, LED strip covers, decorative lights
• Easy to print like regular PLA – suitable even for less experienced users
• High dimensional accuracy – diameter tolerance of ±0.03 mm for reliable filament feed
• Net filament weight 1 kg – full spool for longer printing without frequent changes
• Biodegradable base – PLA based on polylactic acid
• Compatible with most FDM 3D printers with a filament diameter of 1.75 mm
• Suitable for multi-material printing – can be combined with other PLA materials in one model

Recommended Use

This filament is especially ideal for:

• Lamps and shades (table, wall, hanging)
• Decorative lanterns and covers for candles / LED candles
• Covers for LED strips and light panels
• Designer interior decorations, vases, and ornamental objects with backlighting
• Product design prototypes where light transmission through the material needs to be shown

Thanks to its easy printability and attractive effect, it is suitable for hobby users, designers, and small-scale lighting manufacturers.

Technical Parameters

Note: Values may vary slightly depending on printer settings and environment.

Recommended Print Settings

Use the following values as a starting recommendation; it is always advisable to perform your own test:

• Nozzle temperature: approximately 200–230 °C (depending on printer and speed)
• Bed temperature: approx. 35–45 °C (or without heating on a well-adhered surface)
• Print speed: commonly 50–150 mm/s depending on model detail
• Cooling: 80–100 % (same as standard PLA)
• Bed adhesion: recommended clean glass, structured PEI, or textured plate; in case of issues, a glue stick or special adhesive can be used

To achieve the best lighting effects, it is recommended to:

• choose uniform wall thickness (e.g., 1–1.6 mm),
• use lower layer height (0.16–0.2 mm),
• choose lower infill or specific infill patterns if you want to achieve an irregular light effect.

Safety and Storage

• Store in a dry place and in a sealed package or with a silica gel bag to minimize moisture absorption.
• Protect from direct sunlight and high temperatures.
• Use in a well-ventilated area, just like other PLA filaments.

Who is this filament for

• Beginners – behaves similarly to standard PLA, easy to set up
• Advanced users and designers – attractive semi-translucent effect for creative projects
• Decoration and lighting manufacturers – stable, consistent material for small product series

If you are looking for a reliable PLA filament with an original semi-translucent look and an effective pink shade for light decorations, Bambu Lab PLA Translucent Cherry Pink is a great choice.

Key Features:

• Semi-translucent, matte "frosted" look ideal for light diffusion
• Great for printing lamps, shades, lanterns, and light decorations
• Easy printing behavior comparable to standard PLA
• High dimensional accuracy of filament (tolerance ±0.03 mm)
• Filament is supplied on a high-quality plastic spool, net weight 1 kg
• Compatible with most FDM 3D printers and multi-material systems (AMS)
• PLA-based biodegradable base