Standard PC+ Filament 1.75mm – 1kg

Standard PC+ filament is a high-strength polycarbonate blend developed for makers, engineers, advanced hobbyists, and professionals producing durable functional components and engineering-grade prototypes. Designed to deliver improved printability compared to traditional pure polycarbonate materials, PC+ combines toughness, heat resistance, and strong layer adhesion for demanding FDM 3D printing applications.

This 1.75mm PC+ filament is engineered for reliable extrusion, durable mechanical performance, and dimensional stability, making it ideal for production-oriented projects, tooling, brackets, enclosures, robotics, and structural applications.

PC+ is an excellent material choice for users requiring stronger and more temperature-resistant parts than standard PLA or PETG can provide.

Key Features & Benefits

Engineering-Grade Strength

PC+ is designed for high-strength functional parts exposed to mechanical stress and repeated use.

Improved Heat Resistance

Offers greater thermal stability than common consumer-grade materials, making it suitable for elevated-temperature environments.

Excellent Impact Resistance

Produces tough, durable components with improved resistance to cracking and brittle failure.

Strong Layer Bonding

Reliable interlayer adhesion improves structural integrity and overall part durability.

Improved Polycarbonate Printability

PC+ blends are generally easier to print than traditional pure polycarbonate materials while maintaining excellent mechanical properties.

Typical Applications

Standard PC+ filament is ideal for:

• Functional engineering prototypes
• Manufacturing aids
• Robotics components
• Tooling and fixtures
• Mechanical brackets
• Electronic enclosures
• Workshop accessories
• Structural components
• Utility parts
• Production-focused printing

Printability & Material Performance

PC+ is engineered for advanced desktop FDM users seeking strong functional performance and reliable durability.

Key material characteristics include:

• High mechanical strength
• Excellent impact resistance
• Improved thermal resistance
• Strong dimensional stability
• Durable layer adhesion
• Functional engineering-grade performance

Compared to PLA and PETG, PC+ provides greater structural performance and heat resistance for demanding applications where durability matters.

For best results, PC+ should be printed with elevated nozzle temperatures, heated beds, and stable print environments. Enclosed printers are recommended to help reduce warping and improve print consistency during larger builds.

Proper filament storage is important because polycarbonate-based materials can absorb moisture from the air, potentially affecting extrusion quality and surface finish.

Material & Printer Compatibility

This 1.75mm PC+ filament is compatible with FDM/FFF 3D printers capable of handling engineering-grade materials and higher extrusion temperatures.

Compatible with many advanced printer platforms including:

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

Recommended printer setup:

• All-metal hotend recommended
• Heated bed required
• Enclosed printer recommended
• Dry filament storage advised
• Direct drive and capable Bowden systems supported

Why Users Choose PC+ Filament

PC+ is widely chosen by advanced makers and professionals who need stronger and more durable parts than standard consumer filaments can provide.

Users choose PC+ for:

• Engineering-grade performance
• High-strength prototypes
• Heat-resistant applications
• Durable mechanical parts
• Tough functional printing
• Professional fabrication workflows

Its balance of strength, thermal stability, and improved printability makes PC+ a popular choice for workshops, engineering teams, and advanced fabrication environments.

Create Strong Functional Parts with Confidence

Whether you're producing engineering prototypes, robotics assemblies, workshop tooling, or durable production components, Standard PC+ Filament 1.75mm delivers the strength, heat resistance, and dependable print performance required for advanced functional 3D printing.