![Ceramic 3D printed part lattice structure industrial material pellets direct 3D printing](/assets/images/parts/parts_600_400/ceramic_3d_printed_part_lattice_structure.jpeg)
![Pollen AM 3D printer Industrial metal ceramic Pam Series MC](/assets/images/materials-research.jpg)
Microscopic observation of PA pellets filled with glass fiber.
![Pollen AM 3D printer Industrial metal ceramic Pam Series MC](/assets/images/multi-research4.jpg)
Robotic application of a bi-material gripper (ABS - TPE)
with rigid skeleton and soft skin.
![Pollen AM 3D printer Industrial metal ceramic New Pam Series P](/assets/images/multi-research2.jpg)
Sportswear application of an oustsole prototyped
with the original materials.
![Pollen AM 3D printer Industrial metal ceramic New Pam Series P](/assets/images/multi-research.jpg)
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
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](/assets/images/parts/parts_600_400/ceramic_3d_printed_part_lattice_structure.jpeg)
![PESU Polyethersulfone industrial 3D printer pellets injection molding](/assets/images/parts/parts_600_400/pesu_3d_printed_part.jpeg)
![PP polypropylene industrial 3D printer pellets injection molding](/assets/images/parts/parts_600_400/pp_3d_printed_part.jpeg)
![TPU elastomers TPE industrial 3D printer pellets injection molding](/assets/images/parts/parts_600_400/tpe_3D_printed_part.jpeg)
![PA polyamide industrial 3D printer pellets injection molding](/assets/images/parts/parts_600_400/pa_3d_printed_part.jpeg)