Research & Development
A powerful tool
to enhance innovation


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Because R&D requires open solution.

Material research


Enhance iteration capacities

Material research is often confronted with volume constraints. Traditional tooling requires large quantities of material, as well as expensive tooling developments which are obstacles to profitability and ease of testing.



Pam 3D printers bring a new way to process thanks to micro-extrusion and the use of pellets in 3D printing process. Without extra tooling and with small material quantity, it is possible to obtain results on material processability and validate its development. Iterations are faster and represent an accelerating lever for research programs.


  • Open to materials
  • Injection molding grades
  • Filled materials compatible
  • Open to software parameter
  • Full setup control
  • Control software accessible


Discover Pam 3D printers

Pollen AM 3D printer Industrial metal ceramic Pam Series MC


Microscopic observation of PA pellets filled with glass fiber.

Pollen AM 3D printer Industrial metal ceramic Pam Series MC


Robotic application of a bi-material gripper (ABS - TPE)
with rigid skeleton and soft skin.

Multi-extrusion research


New combinations & properties

Additive manufacturing brings new design possibilities and allows, through topological analysis, to manufacture adapted structure developed to face mechanical constraints. In line with this statement, Pam systems are equipped from 1 to 4 extruders and allow the combination of as many different materials or/and resolutions in a single production cycle.



To resume, Pam 3D printers invite designers to choose the right material in the right place with the right resolution to enhance part functionality.


  • Open to materials
  • Injection molding grades
  • Up to 4 materials
  • Properties combination
  • Part functionality
  • Acces to parameters


Discover Pam 3D printers

Prototypes & concept validation


The same materials as production

Proof of concept has a strong representative requirement. Speed and low production cost are essential to favour iterative studies. By using industrial pellets, Pam 3D printers offer a fast manufacturing without extra investment and with the same material as conventional production tools.

This approach is ideal for companies who are looking for fast iterative and profitable equipment. With Pam 3D printers, it is possible to get parts without tooling investment at industrial cost, indeed parts printed with Pam have a similar price to injected parts from a large batch.


  • Concept validation
  • Fast iteration
  • Functional prototyping
  • No tooling cost
  • Right material
  • Industrial material cost


Discover Pam 3D printers

Pollen AM 3D printer Industrial metal ceramic New Pam Series P


Sportswear application of an oustsole prototyped
with the original materials.

Pollen AM 3D printer Industrial metal ceramic New Pam Series P


View of outsole sliced with Cura software.
3 materials are required for print job:
2 for elastomers combination and 1 for support structure.
Yellow: TPE 45 ShA - Green: TPE 70 ShA - Blue: HIPS

Discover 3D printed parts with Pam


Ceramic 3D printed part lattice structure industrial material pellets direct 3D printing
View part presentation


Technical ceramic

PESU Polyethersulfone industrial 3D printer pellets injection molding
View part presentation


High performance thermoplastic

PP polypropylene industrial 3D printer pellets injection molding
View part presentation


Standard thermoplastic

TPU elastomers TPE industrial 3D printer pellets injection molding
View part presentation


Thermoplastic elastomer

PA polyamide industrial 3D printer pellets injection molding
View part presentation


Performance thermoplastic