Transparent / Natural - Standard PC+ Filament - 1.75mm, 1kg

High-Strength PC+ Filament for Functional and Engineering 3D Prints

Transparent / Natural Standard PC+ Filament is a durable polycarbonate blend designed for makers, engineers, and professionals who need strong, heat-resistant, and impact-resistant 3D printed parts. Combining the toughness of polycarbonate with improved printability, PC+ is an excellent choice for demanding functional applications where standard PLA or PETG may not provide enough performance.

This 1.75mm PC+ filament produces strong parts with excellent layer adhesion, improved durability, and reliable dimensional stability. Its transparent natural finish also makes it a popular choice for projects requiring light transmission, clean aesthetics, or professional-looking functional components.

Ideal for advanced hobbyists, workshops, engineering applications, and prototyping environments, PC+ offers a balance of strength, rigidity, and print reliability for serious functional printing.

Key Features & Benefits

• High-strength polycarbonate blend for durable prints
• Excellent heat resistance for functional applications
• Strong layer adhesion and impact resistance
• Improved printability compared to standard polycarbonate
• Transparent / natural finish for clean-looking parts
• Suitable for engineering and mechanical components
• Good dimensional stability for precision printing
• Compatible with many modern high-temperature FDM printers

Built for Functional and Technical Applications

PC+ filament is widely used when projects require greater mechanical strength and thermal resistance than common consumer materials can provide. It performs well for both prototype development and end-use functional parts.

Common applications include:

• Mechanical brackets and fixtures
• Functional engineering prototypes
• Tooling and workshop accessories
• Structural components
• Protective housings and enclosures
• Automotive and RC parts
• Robotics and electronics projects
• High-strength custom components

Strong Print Performance with Improved Usability

Compared to standard polycarbonate filament, PC+ blends are often easier to print while still maintaining many of the strength and heat-resistant properties users expect from engineering materials.

Transparent PC+ filament delivers:

• Strong interlayer bonding
• Smooth surface finish
• High rigidity and durability
• Reduced brittleness compared to some rigid materials
• Consistent extrusion with proper printer setup

For best results, PC+ is commonly printed using:

• Heated bed
• Enclosed build chamber recommended
• Minimal cooling for stronger layer adhesion
• Dry filament storage to reduce moisture absorption

Material Compatibility & Printer Requirements

This 1.75mm PC+ filament is compatible with many FDM/FFF 3D printers capable of reaching the higher temperatures required for polycarbonate-based materials.

Common compatible printer platforms include:

• Bambu Lab
• Prusa
• Voron
• Raise3D
• QIDI
• Creality high-temperature systems
• FlashForge professional platforms

An all-metal hotend and heated bed are recommended for reliable PC+ printing performance.

Why Users Choose PC+ Filament

PC+ is a preferred material for users who need strong, heat-resistant parts without moving to industrial manufacturing methods. It offers a practical balance between durability, printability, and mechanical performance for demanding desktop 3D printing applications.

Compared to PLA and PETG, PC+ provides significantly better heat resistance and structural strength, making it ideal for technical projects, functional prototypes, and long-lasting printed parts.

Its transparent natural appearance also makes it suitable for projects where aesthetics and light diffusion are important.

Print Stronger Functional Parts with PC+

Transparent / Natural Standard PC+ Filament is designed for advanced makers, engineers, and professionals who need dependable performance for high-strength 3D printing applications. Create durable, functional parts with a material engineered for demanding real-world use.