OUR TECHNOLOGIES
The latest tech for the most accurate, strongest print!
FUSED DEPOSITION MODELING "FDM"
Accurate, fast, and economical, FDM is the cornerstone of Additive Manufacturing. Great for quick prototypes or custom everyday products. There are a lot of different materials and colors available. Click here for more info and materials
FUSED DEPOSITION MODELING "FDM" WITH ONYX
ONYX is a Nylon fiber, infused with chopped carbon developed by Markforged. When printed with continuous fiber reinforcement, it can replace Aluminum, as well as certain Steel components. Click here for material specs
STEREOLITHOGRAPHY "SLA"
The most precise print requires SLA. SLA is great for making extremely accurate prototypes and functional components. Click here for more information and materials available.
FDM/FFF "EXTRUDED"
FDM (Fused Deposition Modeling) and FFF (Fused Filament Fabrication) is often used interchangeably and is exactly the same process.
FDM/FFF uses production grade thermoplastic (Recyclable plastics) and is the first choice for 3D prototyping for most applications.
Utilizes melted and extruded thermoplastics to provide a highly accurate and colorful part
Can create parts with details and cavities, not usually possible with standard manufacturing processes
Great choice of colors available
The most cost effective additive manufacturing process
Creates strong, durable, colorful, and dimensionally stable parts (depending on material!)
Max build volume
270x200x200 mm (10.6x8.1x8.1 in)
Best for :
Proof of concept (Fit and form components)
General prototyping
Custom accessories with large color choice
Standard Materials :
Standard thermoplastics, such as ABS, PLA, PC, PETG, TPU, Nylon, and their various blends including co-polymers. There is a great choice of colors available, non stock materials can be ordered on demand.
FUSED DEPOSITION MODELING "FDM" WITH ONYX
ONYX is a carbon fiber composite material developed by Markforged. It is Nylon based material infused with chopped carbon fiber that can be reinforced during printing with various continuous fiber (carbon, kevlar, etc...). This makes our prints as strong, sometimes stronger, than its aluminum equivalent - yet up to 80% lighter!
This FDM technology uses ONYX materials, reinforced with continuous carbon fiber, Kevlar fiber, fiberglass, or High Temperature fiberglass.
This is one of the best technology for real world, usable parts, and has already replaced a lot of aluminum components in very diverse applications.
Utilizes melted and extruded ONYX to provide a highly accurate, very strong part
Can create parts with details and cavities not possible with standard manufacturing processes
Can be reinforced with continuous fiber (for a part as strong as metal)
An effective, economical additive manufacturing process for real world application
Creates strong, durable, and accurate stable parts
Max build volume
330 x 270 x 200 mm (13 x 10.6 x 7.9 in)
Best for :
Test prototype (this is a part you can use)
General prototyping
Urgent repair component
Tooling
Fixtures
End Of Arm Tooling (robot)
Really, any kind of custom part made of aluminum!
Standard Materials :
ONYX, ONYX FR, ONYX ESD, Nylon
Continuous fibers :
Carbon fiber, Kevlar, Fiberglass, HSHT Fiberglass
STEREOLITHOGRAPHY "SLA"
Stereolithography "SLA" offers the highest precision for the most accurate parts
