3D Printing

3D Printing

High-quality FDM (Fused Deposition Modeling) 3D printing for prototypes, test parts, and iterative design development. Post-processing including support removal and light finishing is applied where required to ensure clean, real-world-ready results.

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Why 3D printing?

Cost-Effective Production

Eliminate the need for expensive tooling or molds and produce parts at a fraction of traditional manufacturing costs

Fast Turnaround Times

Move from design to physical part quickly without long manufacturing lead times or production delays

Rapid Design Iteration

Test, refine, and improve designs through multiple iterations until the final part performs as intended

Wide Material Selection

Choose from a range of materials suited for prototypes, functional parts, and end-use applications

Cost-Effective Production

Eliminate the need for expensive tooling or molds and produce parts at a fraction of traditional manufacturing costs

Fast Turnaround Times

Move from design to physical part quickly without long manufacturing lead times or production delays

Rapid Design Iteration

Test, refine, and improve designs through multiple iterations until the final part performs as intended

Wide Material Selection

Choose from a range of materials suited for prototypes, functional parts, and end-use applications

What Can I 3D Print?

✓

Prototypes

✓

Replacement Parts

✓

Enclosures & Housings

✓

Fixtures

✓

Concept Models

✓

Mechanical Components

Material Comparison

Material	Use Cases	Key Characteristics	Limitations
PLA	Visual prototypes, concept models, low-stress parts	Cost-effective, highly rigid, easy to print	Low heat resistance, brittle under high stress
PLA+	General-purpose components, product development	Improved strength over PLA, better impact resistance	Limited heat resistance, slightly reduced stiffness
PETG	Mechanical components, fixtures, enclosures & housings	High strength, UV & chemical resistant, moderately flexible	Prone to stringing, not acetone weldable
TPU	Flexible parts, gaskets, grips	Highly flexible, impact resistant, rubber-like	Moisture sensitive over time, can deform under sustained pressure

PLA

Use Cases

Visual prototypes, concept models, low-stress parts

Key Characteristics

Cost-effective, highly rigid, easy to print

Limitations

Low heat resistance, brittle under high stress

PLA+

Use Cases

General-purpose components, product development

Key Characteristics

Improved strength over PLA, better impact resistance

Limitations

Limited heat resistance, slightly reduced stiffness

PETG

Use Cases

Mechanical components, fixtures, enclosures & housings

Key Characteristics

High strength, UV & chemical resistant, moderately flexible

Limitations

Prone to stringing, not acetone weldable

TPU

Use Cases

Flexible parts, gaskets, grips

Key Characteristics

Highly flexible, impact resistant, rubber-like

Limitations

Moisture sensitive over time, can deform under sustained pressure

Ready to Start Your Project?

Have an idea, part, or prototype in mind? We’ll help determine the best path forward through CAD design, product development, and rapid prototyping. Reach out for a free consultation to discuss your project and next steps.