Macaron Filament

Pastel Color PLA 1.75mm Macaron Filament 1kg Low Warp Bubble Free Biodegradable for Cute Figurines

This macaron pastel PLA filament is made of 100% pure biodegradable virgin PLA raw material with mild low-saturation color pigments. It delivers soft, candy-like matte pastel finishes without harsh color cast, bringing gentle aesthetic to finished prints. Bubble-free smooth feeding, ultra-low shrinkage and warpage, uniform wire diameter avoids nozzle clogging and stringing, with moderate toughness to prevent brittle cracking. Beginner-friendly and fully compatible with all

Biodegradable PLA 1.75mm 3D Printer Filament Macaron Color Gradient for Decorative Crafts

高速マカロン色の PLA フィラメント — 100% バージン PLA 素材から作られたこのフィラメントは、柔らかく、彩度の低いマカロンの色合いが特徴です。反りにくさ、糸引きの少なさ、押し出しの安定性などに優れており、初心者にも優しい素材です。

Yellow Reusable Spool 1.75mm PLA Basic Macaron Gradient for Bambu Lab Printers

PLA ベーシック 3D プリンターフィラメント 1.75 mm (2.2 ポンド)、クイックスワップ、再利用可能なスプール、純正プロファイル、黄色の Bambu Lab プリンターとの互換性を備えています。

Multicolor PLA PETG 1.75mm Macaron Filament 1kg Gradient for FDM Printers

PLA PETG 3D Print Filament Macaron Filament 1.75mm 1kg/roll 3d Printer Filament Great Packing product name 3D printing filament wire diameter 1.75mm Net weight 1 kg Print temperature 210-240 degree color multicolored/customized colors customized service acceptable certificate ROHS,CE,ISO advantage * Environmentally friendly, 100% imported raw materials. * High customization: Can be personalized for each user * Complex shapes: Makes structures traditional manufacturing cannot

Rainbow Gradient Color PETG 1.75mm Macaron Filament High Precision Impact Resistant for Creative Gifts

Rainbow Macaron PETG Filament - Integrate gradient color technology with high-toughness PETG material - Smooth rainbow gradient effect, high surface precision - Retain PETG's wear resistance, impact resistance and low shrinkage. Perfect for creative gifts, gradient art decorations, colorful daily ornaments and high-precision visual models Parameter Name Specification Details Density 1.27~1.29 g/cm³ Tensile Strength 52~63 MPa Elongation at Break 17%~26% Young's Modulus 2000