FDM (Fused Deposition Modeling)
What it is
FDM (Fused Deposition Modeling) is an additive manufacturing process where thermoplastic filament is melted and precisely deposited through a heated nozzle, forming parts layer by layer directly from a digital model.
What it is usually used for
Functional prototyping, mechanical parts, enclosures, brackets, jigs and fixtures, housings, and low to mid volume production parts where strength, heat resistance, or chemical resistance are required.
Available materials
We offer a range of engineering and general purpose materials for FDM printing.
For detailed material properties, advantages, and technical specifications, please visit our Materials page. If you do not see a material listed that fits your application, feel free to inquire about specific materials.
Maximum print volume
Up to 258 x 258 x 240 mm per part.SLA (Stereolithography)
What it is
SLA (Stereolithography) is an additive manufacturing process that uses a controlled light source to selectively cure liquid photopolymer resin into solid geometry, building parts layer by layer with high dimensional accuracy.
What it is usually used for
High detail prototypes, cosmetic models, snap fit testing, small enclosures, fluidic components, and parts requiring fine features, thin walls, or smooth surface finishes.
Available materials
We currently offer Formlabs general purpose resins , selected for their reliability, surface quality, and dimensional accuracy.
For applications requiring specific mechanical, thermal, or chemical properties, customers may inquire about additional Formlabs resins that are more suitable for their needs. We are happy to help evaluate material options based on your application requirements.
For applications requiring specific mechanical, thermal, or chemical properties, customers may inquire about additional Formlabs resins that are more suitable for their needs. We are happy to help evaluate material options based on your application requirements.
Maximum print volume
Up to 200 x 125 x 210 mm per part.Heat Set Inserts Installation
What it is
Heat set inserts provide strong, reliable metal threads in 3D printed plastic parts. Inserts are installed using controlled heat, allowing the plastic to flow around the insert for a secure bond.
Why use heat set inserts?
Increased convenience for assembly and disassembly
Reusable threads without reducing mounting strength
Clean, professional, and repeatable assemblies
Improved load capacity compared to printed threads
We install inserts during post processing to ensure proper alignment, consistency, and long term durability.
Design
Our design services help turn ideas into manufacturable, reliable parts. We support projects from early concept through production ready designs, with a focus on additive manufacturing best practices.
Design capabilities
Design for additive manufacturing (DFAM)
Part optimization for strength, printability, and cost
Iterative prototyping and refinement
Design validation for production and assembly
Whether you need a concept refined, an existing part improved, or a design optimized for FDM or SLA production, we work closely with you to deliver functional and manufacturable results.
Ready to Manufacture
Your Next Part?
From prototypes to production, Additiv3 is your partner for fast and dependable manufacturing.