AEROSPACEID 786513

Fire Drone

Submitted by

Additive Companion

Industry: Aerospace
Year: 2023
Country: Switzerland

Summary

A drone for firefighting operations uses lightweight, stable and temperature resistant 3D printed parts.

Project Gallery

Technology Details

Printer Technology: SLS (Benchtop)
Printer Category: Powder Bed Fusion
Material: Nylon PA12
Material Type: Nylon
Feedstock Form: Powder

Process Steps

Printer category: Powder Bed Fusion

1
Step 1Printing
Technology
SLS (Benchtop)
Material
Nylon PA12
Hardware Manufacturer
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Application Profile

Cost per Part

€€€€

€100–€499.99

Indicative single unit production cost at time of manufacture.

Complexity

Moderate

Requires basic problem-solving and routine skills.

Project Scale

Prototypes / Samples / One-Offs

Product Type

Component

Project Field

Research

Sustainability Rating

★☆☆

Can depend heavily on virgin fossil fuels, produce harmful emissions, and yield non-recyclable materials. Involves high energy consumption during material manufacturing. As an AM material, requires some re-processing after use. This rating relates to the technology type only. The design, purpose and longevity of the entire object can offset any of the technology type's negative sustainability credentials.

User Level

Professional

Key Advantages

Rapid Design Development

Points of Interest

Hybrid

Recognition

Press

Providers Involved

Providers

SintratecHardware Manufacturer

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