Advanced Manufacturing Technologies

Explore our comprehensive range of additive manufacturing technologies, each optimized for specific applications and materials. From rapid prototyping to production-grade parts.

Our 3D Printing Technologies

We offer five advanced additive manufacturing technologies, each optimized for specific applications, materials, and quality requirements. From rapid prototyping to production-grade parts.

FDM

Fused Deposition Modeling

The most versatile and cost-effective 3D printing technology. Perfect for rapid prototyping, functional parts, and large-scale production with a wide range of materials.

Key Features:

Large build volumes
Variety of materials
Cost-effective
Fast turnaround

Available Materials:

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Common Applications:

PrototypingFunctional PartsTooling
Typical Lead Time:

1-3 days

Accuracy:

±0.2mm

SLA

Stereolithography

High-precision resin printing technology delivering exceptional surface quality and fine detail resolution. Ideal for detailed models and smooth finish requirements.

Key Features:

Excellent surface finish
High detail resolution
Smooth surfaces
Fine features

Available Materials:

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Common Applications:

JewelryDental ModelsMiniatures
Typical Lead Time:

1-2 days

Accuracy:

±0.1mm

SLS

Selective Laser Sintering

Powder-based printing technology that creates strong, functional parts without support structures. Perfect for complex geometries and small batch production.

Key Features:

No support structures
Complex geometries
Strong parts
Nylon materials

Available Materials:

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Common Applications:

Functional PartsComplex GeometriesLow-Volume Production
Typical Lead Time:

3-5 days

Accuracy:

±0.3mm

Polyjet

Multi-Material Jetting

Advanced multi-material printing technology enabling combination of rigid and flexible materials in a single build. Ideal for overmolding and complex assemblies.

Key Features:

Multi-material
Overmolding
High detail
Various shore hardness

Available Materials:

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Common Applications:

Multi-Material PartsOvermoldingMedical Devices
Typical Lead Time:

2-4 days

Accuracy:

±0.1mm

DMLS/SLM

Direct Metal Laser Sintering

Advanced metal powder fusion technology for aerospace-grade parts with excellent mechanical properties. Perfect for high-performance applications requiring metal parts.

Key Features:

Metal materials
High strength
Aerospace grade
Complex internal channels

Available Materials:

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Common Applications:

AerospaceMedical ImplantsAutomotive
Typical Lead Time:

5-10 days

Accuracy:

±0.1mm

Need Help Choosing the Right Technology?

Our expert team can help you select the optimal printing technology based on your specific requirements, timeline, and budget. Contact us for personalized recommendations.

How to Choose the Right 3D Printing Technology

Selecting the optimal process depends on intended use, mechanical requirements, aesthetics, and budget. Use the guide below to evaluate trade-offs and accelerate your project from prototype to production.

Functional Prototypes and Fixtures

For robust prototypes, manufacturing aids, and iterative design, FDM and SLS provide durable parts with practical tolerances. FDM excels in speed and cost efficiency with many material options, while SLS enables support-free builds and complex geometries in engineering-grade nylons.

Aesthetic Models and Micro-Detail

SLA and DLP deliver excellent surface finish and fine feature resolution for cosmetic models, dental/medical models, and small components. DLP offers faster layer projection and is ideal when throughput with detail is critical.

Production-Grade and Metal Applications

When mechanical performance and material properties are paramount, DMLS (SLM) provides fully dense metal parts suitable for aerospace, medical, and automotive applications. Internal channels, lattice structures, and lightweighting are common design advantages.

Multi-Material and Overmolding

PolyJet uniquely combines rigid and elastomeric materials in a single build, enabling overmolded prototypes and realistic material simulations with variable shore hardness.

Explore sample parts produced with our technologies. All images are representative of achievable quality, surface finish, and geometric freedom.

DMLS 3D printed turbine impeller
DMLS: High-strength printed turbine
DMLS 3D printed stainless steel part
DMLS: Custom surgical tools
DMLS 3D printed heat exchanger core
DMLS: Complex internal channels
DLP resin 3D print with sharp micro details
DLP: Fast, high-detail resin
SLA printed detailed part
SLA

Technology Comparison

Compare our additive manufacturing technologies across key performance metrics to choose the best solution for your project requirements.

Technology Performance Matrix

CriteriaFDMSLADLPSLSPolyjetDMLS/SLM
Cost per Part
$
$$
$$$
$$
$$$$
$$$$$
Surface Quality
Good
Excellent
Excellent
Very Good
Excellent
Excellent
Accuracy
±0.3mm
±0.15mm
±0.1mm
±0.2mm
±0.1mm
±0.15mm
Material Variety
Very High
Medium
High
Medium
High
Limited
Build Volume
Large
Very Large
Small
Medium
Medium
Small
Support Required
Yes
Yes
Yes
No
Yes
Yes
Post-Processing
Minimal
Moderate
Moderate
Moderate
Moderate
Extensive
Multi-Material
Limited
No
No
No
Yes
No
Excellent
Good
Requires Consideration

Ready to Start Your Project?

Upload your files now for instant pricing across all our technologies, or speak with our engineering team for a custom consultation.

Questions about which technology is right for your project?Contact our technical team