PRODUCT DESIGN AND ENGINEERINGID 839152

Blender Nozzle

Submitted by

Additive Companion

Industry: Product Design and engineering
Year: 2018
Country: United States

Summary

Consolidated microfluidic nozzles achieve ten times greater durability while reducing costs by 30%.

Project Gallery

Technology Details

Printer Technology: DLS (Clip)
Printer Category: Vat Photopolymerisation
Material: RPU 70
Material Type: Resin
Feedstock Form: Liquid

Process Steps

Printer category: Vat Photopolymerisation

1
Step 1Design
CAD Design Type
Engineering
CAD Software Type
Surface Modelling
Design Software
Solidworks
2
Step 2Printing
Technology
DLS (Clip)
Material
RPU 70
Hardware Manufacturer
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Application Profile

Cost per Part

€€€

€50–€99.99

Indicative single unit production cost at time of manufacture.

Complexity

Complex

Requires specialised knowledge and deeper analysis.

Project Scale

Full Production

Product Type

Component

Project Field

Industrial

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.

Software

Solidworks

CAD Design Type

Engineering

CAD Software Type

Surface Modelling

User Level

Professional

Key Advantages

Superior Performance

Points of Interest

Consolidation

Recognition

Press

Providers Involved

Providers

CarbonHardware Manufacturer

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