CONTRACT MANUFACTURING
Industrial FDM manufacturing, fully specified
Our manufacturing service is defined by six things: production capacity, build envelope, nozzle resolution, layer thickness and configurable build settings — backed by post-processing to finish the job.
PRODUCTION CAPICITY
Built to scale from prototype to mass production
Our printer fleet runs continuously across multiple build farms, giving us flexible throughput whether you need one part or one million.
15-40
Parts per hour, per machine¹
75+
Machines in operation
350-900
Parts per hour, per machine¹
1-1M
Lot size range
¹ Varies by part geometry, size, infill density and material — figures shown reflect typical small-to-mid-size functional parts across our fleet.
BUILD ENVELOPE
Three machine classes, one size for every part
From small precision components to large-format single-piece prints, our fleet spans compact, mid-format and large-format build volumes — so your part is matched to the right machine, not forced into the wrong one.
COMPACT CLASS
256 × 256 × 256 mm
Enclosed-chamber desktop-class machines for precision components, brackets, housings and small functional parts. High repeatability for short-to-mid production runs.
MID FORMAT
400 x 400 x 400 mm
large enough for assemblies, enclosures and tooling, while staying efficient for batch production runs of small-to-medium parts.
LARGE FORMAT
600 x 600 x 600 mm
Industrial-scale machines for large single-piece parts that would otherwise need splitting and bonding, jigs, fixtures, large enclosures and tooling.
Across all three classes, our fleet covers outbox dimensions from small precision components up to 600 mm cube single-piece prints — with multiple machines per class running in parallel for production-scale throughput.
NOZZLE SIZE AND RESOLUTION
Line width and horizontal resolution, matched to your part
Nozzle diameter determines line width (horizontal resolution) and print speed trade-off. We select the right nozzle per order based on detail requirements and part size.
NOZZLE DIAMETER | TYPICAL LINE WIDTH | BEST FOR | RELATIVE SPEED |
|---|---|---|---|
0.2 mm | 0.24 - 0.3 mm | Fine detail, small text, intricate geometry | Slow |
0.4 mm | 0.4 -0.48 mm | Standard — most functional & prototype parts | Standard |
0.6 mm | 0.6 – 0.72 mm | Larger parts, faster throughput, good strength | Fast |
0.8 mm | 0.8 – 0.96 mm | Large-format parts, structural infill, jigs | Faster |
1.0 mm+ | 1.0 – 1.2 mm | Large-volume parts where speed outweighs fine detail | Fastest |
POST-PROCESSING SERVICES
Finished beyond the printer
Optional finishing services bring parts from "printed" to "production-ready."
Support Removal
Clean removal of printed support structures, leaving the part free of residue and ready for use or further finishing.
Polishing
A refined surface finish for cosmetic parts or components requiring reduced friction and a smoother final appearance.
Sanding
Surface smoothing to reduce visible layer lines and prepare parts for painting, coating, or improved tactile finish.
Heat Gun Finishing
Controlled heat applied to smooth surface ridges and seal layer lines, also used to gently shape or flatten warped sections before final inspection.
ASSEMBLY
Delivered ready to use, not just ready to print
For multi-part orders, we don't stop at the printer. Components are fitted, joined and finished into a complete product before it ships, available as an add-on to any production order.
SNAP-FIT
Printed components designed to click together without hardware — fast to assemble, ideal for enclosures and housings with repeatable fit.
FASTENED
Parts joined with screws, threaded inserts, or bolts — for assemblies that need to be serviceable or disassembled later.
BONDED
Adhesive or solvent-bonded joints for a permanent, seamless assembly — used where disassembly isn't required and a clean finish matters.
Assembly is always paired with a manufacturing order — let us know your assembly requirements when you submit your order or RFQ, and an AM engineer will confirm feasibility and process.