Standard PC+ Filament 1.75mm – 1kg

Standard PC+ filament is a high-performance polycarbonate blend engineered for makers, engineers, professionals, and advanced users who require stronger, tougher, and more heat-resistant 3D printed parts. Designed for demanding functional applications, PC+ combines the strength and durability associated with polycarbonate materials while improving printability compared to traditional pure PC filaments.

This 1.75mm PC+ filament delivers excellent mechanical strength, high impact resistance, and dependable dimensional stability, making it ideal for functional prototypes, engineering components, brackets, tooling, enclosures, and workshop applications.

PC+ is well suited for users seeking industrial-style material performance on compatible desktop FDM/FFF 3D printers.

Key Features & Benefits

High Strength and Durability

PC+ produces strong functional parts capable of handling demanding mechanical applications and repeated use.

Improved Heat Resistance

Compared to standard PLA and PETG, PC+ offers enhanced thermal resistance for higher-temperature environments.

Excellent Impact Resistance

Designed for durable applications requiring toughness and resistance to cracking or breakage.

Strong Layer Adhesion

Reliable interlayer bonding improves structural integrity and overall part performance.

Enhanced Polycarbonate Printability

PC+ formulations are generally easier to print than pure polycarbonate while still delivering high-performance material characteristics.

Typical Applications

Standard PC+ filament is ideal for:

• Functional engineering prototypes
• Mechanical components
• Structural brackets
• Tooling and jigs
• Electronic enclosures
• Robotics projects
• Workshop fixtures
• Manufacturing aids
• Durable utility parts
• High-strength functional prints

Printability & Material Performance

PC+ is designed for users who require stronger and more heat-resistant parts than standard consumer filaments can provide.

Key material characteristics include:

• High impact resistance
• Strong mechanical performance
• Excellent durability
• Improved thermal resistance
• Strong layer adhesion
• Functional engineering-grade performance

Compared to traditional polycarbonate materials, PC+ blends often provide improved print consistency and reduced warping while maintaining excellent strength properties.

For best results, PC+ is typically printed using higher nozzle temperatures and a heated bed. Enclosed printers can further improve dimensional stability and reduce the risk of warping on larger prints.

Dry filament storage is strongly recommended, as polycarbonate-based materials can absorb moisture from the air and negatively affect print quality.

Material & Printer Compatibility

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

Compatible with many advanced desktop printer platforms including:

• Bambu Lab
• Prusa
• Raise3D
• QIDI
• Creality high-temperature models
• Industrial and prosumer FDM printers
• Enclosed desktop 3D printers

Recommended printer setup:

• All-metal hotend recommended
• Heated bed required
• Enclosed printer recommended
• Hardened nozzle optional depending on formulation
• Dry filament storage strongly recommended

Why Users Choose PC+ Filament

PC+ is widely chosen for applications requiring higher mechanical strength, durability, and heat resistance than standard materials like PLA or PETG.

Users choose PC+ for:

• Durable functional parts
• Strong mechanical performance
• Improved heat resistance
• Engineering-grade applications
• Tough impact-resistant prints
• Professional prototyping workflows

Its balance of strength, reliability, and improved printability makes PC+ an excellent choice for advanced makers, engineers, workshops, and professional fabrication environments.

Build Stronger Functional Parts with PC+

Whether you're producing engineering prototypes, workshop tooling, robotics components, or high-strength utility parts, Standard PC+ Filament 1.75mm delivers the durability, impact resistance, and reliable performance required for demanding 3D printing applications.