Faster answer for
production
Advanced additive manufacturing
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Because production needs a cost-effective solution.

Small & medium batches


More agility and flexibility

Conventional means of production such as injection molding are not adapted for small and medium-size production. Tooling and process costs restrain rentability and don’t offer attractive conditions for equipped companies.

Pollen AM offers a cost-effective solution without extra tooling to companies that wish to extend their business by responding to requests for limited production.



  • Agility & flexibility
  • Small and medium-size batches
  • No tooling cost
  • Right materials
  • Extend business
  • Fast ROI


Discover Pam 3D printers

Pollen AM 3D printer Industrial metal ceramic Pam Series MC


Automotive hose clamp production cost per part comparison.

Pollen AM 3D printer Industrial metal ceramic Pam Series MC

Support to industrialization


A complementary technology

The use of additive manufacturing with the right material secures the industrialization phase.

Delivering firsts parts made with Pam 3D printers relieve the ramp-up and secure the development of the industrial tools that will produce at series rate.


  • Complementary solution
  • Right material
  • Secures the tool development
  • Production ramp-up management
  • Faster part availability


Discover Pam 3D printers

Jigs, tools & fixtures


Greater autonomy

Additive manufacturing offers new opportunities for tooling design with attractive production lead time to support industrial plants.

Pam 3D printers are able to produce cost-effective tooling made in material perfectly adapted to your applications. Design freedom combined with a productive equipment offers great opportunity to improve the plant’s autonomy in production management.


  • Attractive lead time
  • Support industrial plants
  • Cost effective
  • Adapted materials
  • Better autonomy
  • Reduce downtime


Discover Pam 3D printers

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

Unchanged supply chain


Integration in production lines

By using the same material as conventional means of production, Pam 3D printers allow integrating additive manufacturing into the plant without impact on the supply chain.

The freedom of procurement allows a better management of the procurement chain.


  • Open to materials
  • Same supply chain
  • Material procurement freedom
  • Injection molding materials
  • Most cost-effective material format


Discover Pam 3D printers

Time to market reduction


Ready for scaling

3D printing agility significantly reduces time to market. The absence of tooling to develop and the use of the desired material contribute to enhancing industrial reactivity.

In addition, the pellet material format is experiencing a significant innovation dynamic. As a result, new available materials can be integrated as quickly as possible to manufacture new innovative parts.


  • Production agility
  • Reduce time to market
  • No initial tooling cost
  • Right material
  • Right cost
  • Right properties


Discover Pam 3D printers

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

Let’s dive into the possibilities offered by PAM


From pellets to object, PAM technology offers the most direct process to high performances end-parts.
Metals Ceramics Commodity Elastomers Performance High Performance.

Ceramic 3D printed part lattice structure industrial material pellets direct 3D printing
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Technical ceramic

PESU Polyethersulfone industrial 3D printer pellets injection molding
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High performance thermoplastic

PP polypropylene industrial 3D printer pellets injection molding
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Standard thermoplastic

TPU elastomers TPE industrial 3D printer pellets injection molding
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Thermoplastic elastomer

PA polyamide industrial 3D printer pellets injection molding
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Performance thermoplastic