FORMNEXT 2026 · FRANKFURT. Turn Your CAD Into Metal Parts. From Prototype to Production
AddireenNow. One Platform. Every Step to Production.
Upload your CAD, receive a fast quotation, and work with one team from design review through finished-part delivery.
Instant Online Quoting
CAD Upload · Fast Quotation
End-to-End Service
DfAM · Printing · Post-Processing · Inspection
Multi-Material AM
Copper · Copper Alloys · AlSi10Mg · Ti6Al4V · 316L
Prototype to Production
Fine Features · Batch Production · Consistent Quality
Pure Copper AM for Thermal Management
Fine Features. Functional Performance. Production Capability.
Fine Features
Complex channels and detailed structures
High-Conductivity Applications
Designed for thermal-management challenges
Series Production
From validation builds to repeatable batches
From CAD to Production, With One Team.
Submit your business information and evaluation needs. We will review your request, confirm kit availability and shipping details, and contact you about the next step.
Application-Oriented Engineering Review
Review geometry, wall thickness, internal-channel accessibility, interfaces and project requirements before manufacturing.
316L LPBF Manufacturing
Develop manufacturing plans for complex internal structures and integrated fluid components.
Post-Processing Coordination
Plan support removal, machining, surface treatment and internal cleaning according to project requirements.
Inspection and Test Planning
Define dimensional, density, surface and internal-channel inspection requirements for the manufactured sample.
Materials for Functional Metal Parts
Material selection should consider thermal conductivity, weight, mechanical requirements, corrosion resistance, fluid compatibility, operating temperature, pressure and manufacturing cost together.
Pure Copper
For high-conductivity thermal and electrical parts: 0.1 mm minimum wall thickness, up to 99.9% density, 400 W/(m·K) thermal conductivity and 101% IACS electrical conductivity.
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316L Stainless Steel
For corrosion-resistant thermal and fluid parts: 0.3 mm minimum wall thickness, Ra 5–9 μm surface roughness and up to 99.9% density.
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AlSi10Mg
For lightweight thermal structures: 0.3 mm minimum wall thickness and up to 99.5% density.
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CuCrZr
A high-conductivity copper alloy for thermal and electrical parts requiring improved strength.
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Ti6Al4V
A lightweight, high-strength titanium alloy for demanding engineering applications.
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Also at the Booth: Green-Laser Metal AM Systems
Explore how Addireen’s green-laser metal AM systems support pure-copper applications from R&D through series production.
Core Advantages
- THIRD—GENERATION XH—M350G—2HR
- Pure Copper Series Production
- Stability · Productivity · Consistency
Book Your Meeting at Formnext 2026
Tell us what you would like to discuss. We will confirm the most suitable meeting time by email.