Pam Series MC
3D printer
For metal & ceramic
applications


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It's about "PIM-Like",
but with the right material.



Applications


Concrete benefits
to almost all industrial verticals and industry trades.

  • Material research
  • Multi-extrusion research
  • Prototypes & concept validation
  • Material validation
  • Functional testing
  • On demand & local production
  • Support to industrialization
  • Tools, jigs & fixtures
  • and so many more ...

Pam Series MC


Metal and Ceramic solution

The most versatile 3D printer enabling to handle the widest variety of industrial materials to create functional parts.


  • Full setup control
  • Most profitable PIM-Like solution
  • No volatile powders for no health risks
  • Multi-material
  • Same PIM post-processing
  • Compatible with thermoplastics


Discover the technical specifications
Pollen AM 3D printer Industrial metal ceramic Pam Series MC

3D printer specifications


Pollen AM 3D printer Industrial metal ceramic Pam Series MC

Physical Dimensions

Diameter 834 mm
Height 925 mm
Weight 95 Kg


Main specifications
3D printing process PAM
Number of extruder 2
Compatible materials Metal & Ceramic feedstocks
(Injection moulding grades)
Maximum print volume Ø 300 x H 300 mm
Nozzles sizes Ø 0.25 - 0.40 - 0.60 - 0.80 - 1.00 - 1.20
Printing resolution 40µm (Z) and 5µm (X,Y)
Maximum extrusion temperature 450°C
Maximum print bed temperature 150°C and 250°C in options
Heating room up to 80°C
Radiant disc up to 300°C
Supplied Software Honeyprint & Cura by Pollen AM

Download the datasheet

Lightened & Fortified Build Plate

Our build plate is redesigned for better maintenance durability
and dimensional accuracy.


Reliable Assembly Configuration

Easy build plate replacement and micro-perforated options dedicated to materials with strong warping effect.

Pollen AM 3D printer Industrial metal ceramic Pam Series MC

Stronger Carbon Rods

Assembly jigs are redesigned for improved carbon rods dimensional accuracy resistance and repeatability.

Pollen AM 3D printer Industrial metal ceramic Pam Series MC

Enhance Heating

Two additional equipments are present to perform good temperature homogeneity into the build chamber and to optimize inter layer adhesion.

Integrated Heating Radiant Disc

Our interlayer heating device is designed to increase Z direction mechanical performances. It keeps a warm zone over the part and preserve good adhesion between each layer.

Pollen AM 3D printer Industrial metal ceramic Pam Series MC

New Heating Room

Specially designed forced convection heating room devices: hot air is recycled from inside the build volume for increased thermal regularity.
Heating room temperature control is integrated in Honeyprint software for easy set-up. The maximum temperature is 80°C.

Pollen AM 3D printer Industrial metal ceramic Pam Series MC

Optimized Electronics and Wiring

Each extruder is controlled by two electronic boards. One is dedicated to low-voltage heating elements and the second is dedicated to extra-low voltage such as motors, fans and temperature sensors.

Pam Series MC wiring is redesigned for increased robustness and 3D printing repeatability.

Pollen AM 3D printer Industrial metal ceramic Pam Series MC

New Metal Skin

Pam Series MC has a brand new metallic and insulated casing. Our team has developed the original wooden casing with great insulation performances without additive heated build chamber.

In regards of improving thermal regulation and increasing maximum room temperature, we completely rethought our position towards new casing materials. Insulation plates are made out of glass wool and overlapping casing is in aluminium. This enables the best heating performances for the build volume and rapid rise in temperature.

Pollen AM 3D printer Industrial metal ceramic Pam Series MC



PIM feedstocks


Already existing materials
to simply offer you a quality material.

Know more about "PIM-Like"

Already existing industrial quality PIM feedstocks (metal & ceramic) are compatible with Pam 3D printers.

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As Pam 3D printer is open to materials, the consumable is widely available in its industrial format, that is to say at its fair price. It is this technological difference that gives access to the widest library of MIM materials on the market.

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The number of materials available for "PIM-Like" 3D printing is closely linked to the 3D printing solution used and its openness to materials.
In fact, by choosing a so-called “closed” machine (where the consumable is developed and sold by the machine supplier), the user will be limited by its innovation potential and the ability to sell new raw materials. In addition, the material cost will be much higher than its equivalent in pellets, because the manufacture of specific formats (filaments, bars, etc.) requires additional manufacturing steps, formulation and composition adjustments.

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MIM is an ideal candidate for metal additive manufacturing and in particular compared to laser fusion processes on a powder bed, which remains an expensive and restrictive solutions (safety, ease of use, etc.).
Indeed, the handling and the operability of FDM systems are very accessible. The initial investments, maintenance and operating costs are relatively low compared to DMLS / SLM solutions.

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The 3D printing process


From CAD file to real part





3D printing industrial PIM feedstocks
is possible!
From metals to ceramics.

Discover Metal and Ceramic 3D printed parts


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