FDM (Fused Deposition Modeling)
How it works: FDM printing uses a heated nozzle to melt and extrude thermoplastic filament, layer by layer, to build your part.
Materials we use: PLA, PETG, ABS, ASA, TPU
Material characteristics:
PLA: Rigid, easy to print, biodegradable, low heat resistance
PETG: Tough, slightly flexible, chemical-resistant, glossy finish
ABS: Strong and impact-resistant, good for functional parts, heat-tolerant
ASA: UV-stable and weather-resistant, ideal for outdoor use
TPU: Flexible, rubber-like, shock-absorbing
Best for: Prototypes, mechanical parts, functional components, and general-purpose printing.
Pros:
Cost-effective and fast
Wide range of materials
Dimensional tolerance <0.3mm, except on overhangs and support surfaces
Cons:
Visible layer lines
Lower resolution than resin-based printing
Rough overhang and support surfaces
SLA (Stereolithography)
How it works: SLA uses a UV laser to cure liquid photopolymer resin into solid layers, producing highly detailed prints with a smooth surface finish.
Materials we use: Standard resin, ABS-like resin, Flexible resin, Castable resin
Material characteristics:
Standard resin: High detail, brittle under mechanical stress
ABS-like resin: More durable and heat resistant, good for functional parts
Flexible resin: Elastic, rubber-like feel, ideal for soft-touch parts
Best for: Jewelry, figurines, detailed models, artistic prototypes, Low volume models
Pros:
Extremely high resolution
Excellent surface finish
Ideal for small, precise models
Cons:
Resins are more fragile than thermoplastics
Higher cost per print
Difficulties with high volume models and large flat surfaces with thin walls
SLS (Selective Laser Sintering)
How it works: A laser fuses powdered thermoplastic (usually nylon) into solid layers, with no support structures required.
Materials we use: PA12 Nylon, Glass-filled Nylon, TPU powder
Material characteristics:
PA12: Lightweight, durable, impact-resistant
Glass-filled nylon: Stiffer, more heat resistant, ideal for technical application
TPU powder: Flexible, suitable for shock-absorbing or wearable parts
Best for: Strong functional parts, enclosures, mechanical assemblies
Pros:
No support structures needed
Durable, production-grade parts
Handles complex internal geometries
Cons:
Industrial-grade pricing
Powder handling requires special setup
MJF (Multi Jet Fusion)
How it works: MJF uses inkjet arrays to deposit fusing agents onto powder, then applies heat to bond the layers quickly and evenly.
Materials we use: PA12, PA11
Material characteristics:
PA12: Strong, accurate, excellent dimensional stability, matte finish
PA11: Tougher and more flexible, better impact resistance
Best for: Batch production, engineering components, functional testing
Pros:
Very fast and scalable
Great detail and strength
Excellent for production-quality parts
Cons:
High-end equipment and setup required
Limited to nylon-based materials
