Industrial 3D printing for prototypes, tooling, and production support
Alliance One provides industrial additive manufacturing using the Roboze ARGO 500 platform for rapid prototyping, tooling, fixtures, replacement parts, and low-volume production in demanding industrial environments.
Built for industrial-grade additive manufacturing
Our 3D printing capability is designed for applications that need more than a desktop machine can deliver — larger parts, tighter process control, and materials suited for real operating environments.
Large-Format Capacity
Build envelope up to 500 × 500 × 500 mm for larger components and production aids.
Industrial Precision
Designed for repeatable part quality with 10 μm XY positioning precision.
High-Temperature Processing
Up to 500°C extrusion and up to 180°C heated chamber for demanding materials.
Production-Ready Platform
Dual extruders, integrated drying, and industrial monitoring for reliable operation.
Practical additive manufacturing for real operations
We use additive manufacturing where it creates clear value: compressing lead times, improving tooling flexibility, supporting field operations, and enabling complex part geometries without traditional fabrication constraints.
What we support
From one-off parts to repeatable production aids.
Rapid prototyping for engineered parts and assemblies
Production tooling, jigs, fixtures, and shop aids
Low-volume manufacturing of complex polymer components
Replacement parts for legacy or hard-to-source applications
Industrial polymer and composite printing for demanding environments
Application support for energy, marine, subsea, and industrial operations
Materials available for ARGO 500-based prints
Based on Roboze's current ARGO 500 and materials pages, we can support prints in a range of industrial polymers and composites, selected according to part function, environment, and performance requirements.
Carbon PEEK
Carbon fiber-reinforced PEEK for high strength, thermal stability, and chemical resistance in extreme-duty parts.
ULTEM™ 9085
A lightweight, flame-resistant, aerospace-grade thermoplastic for demanding structural and certified applications.
Carbon PA PRO
A carbon fiber-reinforced polyamide suited for stiff, durable industrial tooling, fixtures, and functional components.
PEEK
A high-performance polymer selected for elevated temperature use, chemical resistance, and demanding service conditions.
PEKK
A high-temperature polymer with strong processability, thermal stability, and resistance to chemical and mechanical stress.
ABS
A durable engineering thermoplastic for functional prototypes, production aids, and end-use parts where toughness matters.
PP PRO
A lightweight polypropylene-based option with good chemical resistance and fatigue performance for industrial use cases.
Roboze highlights the ARGO 500 HYPERSPEED as supporting 9+ industrial materials. The materials listed above are the ones currently named on Roboze's public ARGO 500 and materials pages.
Where 3D printing adds the most value
This service is best suited for applications where speed, customization, geometry, or low-volume production makes additive manufacturing the right fit.
Prototypes
Accelerate development with functional prototypes that can be reviewed, tested, and refined before production.
Tooling & Fixtures
Produce custom jigs, fixtures, guides, and production aids that improve speed, safety, and repeatability.
Replacement Parts
Create low-volume components for equipment support, field operations, and legacy systems where lead times matter.
End-Use Components
Manufacture application-specific parts for industrial environments where geometry, weight, and turnaround are critical.
A straightforward path from concept to part
We keep the process simple: define the requirement, select the approach, produce the part, and support the handoff.
1
Review the application
We assess the part function, operating environment, geometry, and performance requirements.
2
Select material and print strategy
We align print orientation, support strategy, and material selection to the application.
3
Produce and inspect
Parts are printed, reviewed, and prepared for handoff based on scope and intended use.
4
Deliver and support
We coordinate delivery and provide follow-up support for repeat jobs or design iterations.
Request a 3D printing quote
Send us your part requirements, timeline, and application details. We’ll review the scope and respond with the next steps.
What to include
The more detail, the faster we can assess fit.
Part drawings, CAD files, or reference dimensions
Application and operating environment
Target timeline and quantity needed
Material or performance requirements
Any fit, interface, or installation constraints
Primary contact and delivery location