Additive manufacturing and digitization capabilities defined by usable volume, material performance and application — not machine model.
Choose the process around geometry, operating conditions, surface requirements and intended use.
Maximum performance for functional end-use parts, engineering thermoplastics, carbon-fiber reinforced materials, soluble supports and multi-material production.
Functional machine components
Jigs & fixtures
Production tooling
High-temperature applications
End-use parts
Maximum size for oversized prototypes, demonstration models, machine covers, large fixtures and visual verification.
Large prototypes
Machine covers
Machine guards
Large fixtures
Demonstration parts
High-detail resin production for fine features, crisp surfaces, cosmetic prototypes and precision-fit components.
Precision prototypes
Fine-feature parts
Cosmetic models
Product development
Small detailed components
Fast digitalization for existing parts, CAD reconstruction, dimensional checks and reverse engineering workflows.
Reverse engineering
CAD reconstruction
Legacy spare parts
Comparative inspection
Dimensional verification
Filament 3D printing supports more than stronger polymers. Material changes can solve support, color, grip, stiffness and functional-region requirements in a single manufacturing process.
Soluble support structures
Multi-color parts
Soft + rigid combinations
Functional assemblies in one print
Material optimization by region
A fast first-pass guide from requirement to likely material family. Final selection also considers geometry, loading, tolerances and environment.
Compare common production materials by mechanical behavior, environment and intended application. Final selection is confirmed against the part requirements.
Rigid, dimensionally stable polymer for economical visual and form-verification parts.
Concept models, demonstration parts, fit checks
General-purpose material with balanced strength, toughness and chemical tolerance.
Guards, brackets, housings, assembly aids
Weather-resistant thermoplastic for components exposed to sunlight and outdoor conditions.
Outdoor enclosures, covers, machine guards
Flexible elastomer for parts requiring compliance, grip or repeated deformation.
Seals, bumpers, protective elements, flexible joints
Tough engineering nylon with low moisture sensitivity and reliable fatigue behavior.
Functional parts, clips, mechanisms, housings
Carbon-fiber reinforced PA12 for stiff, lightweight and dimensionally stable parts.
High stiffness
Heat resistance up to approximately 140°C
Structural machine components
Jigs, fixtures, structural brackets, end-use parts
High-strength nylon for mechanically loaded parts requiring toughness and wear resistance.
Machine components, gears, wear parts
Rigid carbon-reinforced nylon for demanding tooling and structural applications.
Production tooling, fixtures, loaded components
Strong engineering thermoplastic with high impact performance and thermal capability.
Protective housings, functional prototypes, tooling
Carbon-filled polycarbonate combining thermal stability with high stiffness.
High dimensional stability
Excellent impact resistance
Elevated temperature capability
Rigid fixtures, structural parts, production aids
Low-moisture carbon composite delivering dimensional stability and clean surface quality.
Precision fixtures, machine components, tooling
High-performance reinforced polyamide for sustained mechanical and thermal loads.
High mechanical strength
Excellent heat resistance
Production tooling and engine-adjacent use
Under-hood parts, industrial tooling, loaded assemblies
High-temperature composite for severe chemical and thermal operating environments.
Outstanding chemical resistance
High temperature capability
Demanding industrial environments
Process equipment, high-temperature fixtures, industrial end-use parts
Compare resin systems by dimensional performance, mechanical behavior and operating environment. The card structure matches the FDM library for direct process evaluation.
General-purpose engineering resin combining accurate geometry with a high-quality finished surface.
Product development, enclosures, fit and form prototypes
Durable engineering resin developed for functional components exposed to handling and impact.
Mechanical prototypes, fixtures, engineering validation parts
Polypropylene-like resin with high toughness and fatigue behavior for repeatedly moving features.
Snap fits, living hinges, functional mechanisms
Elastomeric resin for components that must compress, bend and recover under repeated loading.
Seals, gaskets, dampers, soft-touch components
Thermally stable resin for prototypes and tooling exposed to elevated process temperatures.
Tooling, heat-exposed components, functional testing
Self-extinguishing engineering resin intended for electrical and controlled fire-safety applications.
Electrical housings, connectors, control systems
High-detail resin formulated for clean burnout in investment casting workflows.
Investment casting, jewelry masters, foundry patterns, prototype casting tooling
Send us your drawing, CAD file, sample part or simply describe the problem. We’ll come back with a practical next step.
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