Product

In the world of advanced manufacturing, the challenge is always to do more with less.Less weight, less waste, and less compromise on performance. We’re proud to introduce PA Aero’C’, a revolutionary material that redefines what’s possible with Selective Laser Sintering.Engineered from PA-12 powder and reinforced with advanced carbon additives, PA-Aero’C’ delivers an unprecedented combination of properties to unlock the next generation of lightweight, high-performance parts.

• Ultra-lightweight: Achieve radical weight reduction without sacrificing durability.
  PA-Aero’C’ incredibly low density allows you to create parts with a superior strength-to-weight ratio, perfect for applications where every gram counts.
• Engineered for Durability: Don’t let its light feel fool you. PA-Aero’C’ parts boast exceptional strength, with high yield and flexural performance to withstand demanding use.
• Enhanced Thermal Management: Unlike standard polymers, PA-Aero’C’ is designed to manage heat more effectively, making it an ideal choice for
  components in thermal-sensitive environments.
• The Sustainable Choice: PA-Aero’C’ offers a powerful solution for reducing manufacturing waste and promoting a more circular economy with more recycles than normal.

Key Applications

Aerospace and Drones: The low density is a critical advantage for producing lightweight structural parts, frames, and components for unmanned aerial vehicles (UAVs) and aircraft interiors, where weight reduction directly impacts fuel efficiency and payload capacity.

Consumer Electronics: The higher thermal conductivity makes it suitable for creating housings or internal components for electronic devices that require better heat dissipation, such as laptops, smartphones, or power tool casings.

Prosthetics and Medical Devices: The lightweight nature is highly beneficial for creating comfortable and custom-fit prosthetic sockets and braces.

In the world of advanced manufacturing, the challenge is always to do more with less. Less weight, less waste, and less compromise on performance. We’re proud to introduce PLA Aero’C’, a revolutionary material that redefines what’s possible with Pellet 3D Printing.Engineered from PLA Pellets and reinforced with advanced carbon additives, PLA-Aero’C’ delivers an unprecedented combination of properties to unlock the next generation of lightweight, high-performance parts.

• Lightweight: Achieve radical weight reduction without sacrificing durability. PLA Aero’C’ comparably low density allows you to create parts with a superior strength to-weight ratio, perfect for applications where every gram counts.
• Engineered for Durability: PLA-Aero’C’ parts boast increased strength, with higher yield and flexural performance than plain ABS Pellets to withstand demanding use.
• Enhanced Thermal Management: Unlike standard polymers, PLA-Aero’C’ is designed to manage heat more effectively, making it an ideal choice for components in thermal-sensitive environments.
• The Sustainable Choice: PLA-Aero’C’ offers a powerful solution for reducing manufacturing waste and promoting a more circular economy with more recycles than normal.

In the world of advanced manufacturing, the challenge is always to do more with less. Less weight, less waste, and less compromise on performance. We’re proud to introduce ABS Aero’C’, a revolutionary material that redefines what’s possible with Pellet 3D Printing. Engineered from ABS Pellets and reinforced with advanced carbon additives, ABS-Aero’C’ delivers an unprecedented combination of properties to unlock the next generation of lightweight, high-performance parts.

• Lightweight: Achieve radical weight reduction without sacrificing durability. ABS Aero’C’ comparably low density allows you to create parts with a superior strength to-weight ratio, perfect for applications where every gram counts.
• Engineered for Durability: ABS-Aero’C’ parts boast increased strength, with higher yield and flexural performance than plain ABS Pellets to withstand demanding use.
• Enhanced Thermal Management: Unlike standard polymers, ABS-Aero’C’ is designed to manage heat more effectively, making it an ideal choice for components in thermal-sensitive environments.
• The Sustainable Choice: ABS-Aero’C’ offers a powerful solution for reducing manufacturing waste and promoting a more circular economy with more recycles than normal.

Key Applications

• Applications include parts that improve the cooling performance of electronic devices by acting as heat dissipators.
• The material’s ability to withstand higher temperatures makes it suitable for structural parts that may be exposed to heat, such as under-the-hood automotive components or fixtures
  in industrial environments.