AIM3D ExAM 510 — official product imagePellet extrusionManufacturer image: AIM3D

AIM3D ExAM 510

Pellet extrusionIndustrialDimensions sourced

Multi-material CEM extrusion printer processing unfilled or filled polymer granules and compatible bound metal or ceramic feedstocks.

Official product

Source reviews: 2026-10-16.
Specifications are reported claims, not independent test results.

The machine at a glance

The details that matter.

Published specifications for this model. Follow a field's source for its configuration and measurement conditions; older fields refer to the profile's reference list.

Core specifications for AIM3D ExAM 510
Introduction yearNot verified
Model familyExAM 510
ProcessPellet extrusion
Build envelope (X × Y × Z)510 × 510 × 410 mm
Nominal box volume106.64 L · calculated from the envelope
EnclosureNot verified
Maximum nozzle temperature425 °C
Materials cited in this profileThermoplastic pellets, Fiber-filled polymers, MIM feedstock, CIM feedstock
Manufacturer listing statusOfficial documentation available
Regional stock and priceCheck the manufacturer
Market groupingIndustrial · editorial grouping

Technical specifications

Additional technical specifications for ExAM 510
Machine dimensions (mm)2165 × 1500 × 2550

Reordered from manufacturer H × W × D to W × D × H.

Machine weight (kg)3500
Layer height (µm)25–250

Published for a 0.4 mm nozzle; material and quality settings affect the usable range.

Extruder ConfigurationTwo CEM-E3 pellet extruders plus one filament extruder
Bed Temperature (°C)275
XY Repeatability (µm)3

Combined X/Y repeatability, not guaranteed finished-part accuracy.

Z Repeatability (µm)10
Bed LevelingAutomatic, laser-assisted
Material FeedIntegrated reservoir or automatic refill
Model notes · 01

Pellets and material combinations

The ExAM 510 melts granular feedstock with screw extrusion. Its three-extruder arrangement supports combinations such as a build material and soluble support.

Model notes · 02

Configuration limits

The published layer range assumes a 0.4 mm nozzle. AIM3D describes a 500 mm/s example with PA6 containing 30% glass fiber; that example is not a universal material-speed rating.

A place in the lineage

Explore the model family.

Introduction year has not been established from the cited evidence.

Family: ExAM 510 · Listing status only

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Read this with the specifications

Bound metal or ceramic feedstocks require downstream processing; this is not direct metal melting.

A larger nominal envelope does not establish better print quality. Fit depends on the configuration, usable area, supports, and orientation.