One-Stop Metal 3D Printing Services for Thermal Management & Functional Parts
One-Stop Metal 3D Printing Services
Industrial-grade custom manufacturing workflow for thermal management and functional metal parts.
Green Laser Metal 3D Printing for Copper and Engineering Alloys
Powered by green laser PBF technology, Addireen supports precision printing of pure copper, copper alloys, AlSi10Mg, 6061 aluminum, Ti6Al4V, and 316L stainless steel. We help engineers manufacture complex thermal components, TPMS lattices, internal channels, thin-wall structures, and functional metal parts from prototype to low-volume production.
Advanced Post-Processing
Addireen provides post-processing support for metal AM parts, including wire EDM, heat treatment, CNC machining, surface finishing, and polishing. For cooling components and functional metal parts, post-processing helps improve dimensional accuracy, sealing surfaces, assembly fit, and final performance.
Rigorous Quality Inspection Services
Operating under ISO 9001 quality management standards, Addireen applies inspection processes for functional metal parts and thermal components. Our quality workflow can include dimensional inspection, mechanical testing, internal defect detection, and leak testing for cooling plates, manifolds, heat exchangers, and production parts.
Materials for Metal 3D Printing Services
Choose the right material for thermal performance, strength, weight, corrosion resistance, and production requirements.
Industrial Metal 3D Printing Applications
Addireen supports advanced thermal management and functional metal AM applications across electronics cooling, EV mobility, aerospace, and fluid systems.
Advanced Thermal Management
Addireen manufactures 3D printed cooling components with complex internal channels, TPMS structures, conformal cooling paths, and integrated manifolds. These designs help improve heat transfer, reduce hot spots, lower assembly risks, and shorten thermal product development cycles.
Core Application Scenarios
EV & Mobility
Lightweight metal AM parts for EV power electronics, cooling housings, motorsport components, and structural optimization.
Core Application Scenarios
Aerospace
Advanced additive manufacturing of combustion chambers and propulsion hardware using CuCrZr and high-temperature alloys. Engineered for structural stability under extreme thermal cycles.
Core Application Scenarios
Fluid Dynamics and Hydraulics
Integrated manifolds, pump housings, impellers, and internal flow channels for compact fluid system design.
Core Application Scenarios
Why Choose Addireen's Metal AM Platform?
One-stop manufacturing support for advanced thermal management projects and functional metal parts.
Material & Application Expertise
Experience with pure copper, copper alloys, aluminum, titanium, and stainless steel for thermal, structural, fluid, and industrial applications.
Industrial-Scale Production
Large metal AM capacity supports rapid prototyping, low-volume production, and repeatable manufacturing for engineering teams.
Complex Geometry Manufacturing
Manufacturing support for TPMS lattices, internal channels, conformal cooling paths, lightweight structures, and integrated assemblies.
Why Metal Additive Manufacturing for Complex Thermal and Functional Parts?
Metal AM enables internal channels, integrated structures, lightweight designs, and faster design iteration compared with traditional machining, brazing, or tooling-based manufacturing.
From Design Freedom to Functional Performance
Metal additive manufacturing builds parts layer by layer from metal powder, allowing engineers to create complex geometries that are difficult to produce with conventional methods. For thermal management and functional metal parts, this enables integrated cooling channels, reduced assembly interfaces, lighter structures, and faster development from concept to production.
How to Upload Your 3D CAD for an Instant Quote
Upload your CAD file, drawing, or project requirements. Addireen will review material options, manufacturability, post-processing needs, and production feasibility.
Upload CAD
Submit your 3D model, 2D drawing, or cooling requirements.
Select Material and Quantity
Choose pure copper, aluminum, titanium, stainless steel, or other available alloys.
Engineering Review
Our team checks geometry, tolerance, surface finish, internal channels, and manufacturability.
Quote and Production
Receive quote feedback and move into printing, post-processing, inspection, and delivery.
Design Guides & Whitepapers for Metal AM Projects
Explore engineering resources for thermal management, pure copper 3D printing, heat exchangers, liquid cold plates, material selection, and DfAM considerations.
Download Whitepaper