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Pellets materilas Pollen AM 3D printer 3D printing open to materials industrial metal ceramic Thermoplastic elastomers
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Pellets materilas Pollen AM 3D printer 3D printing open to materials industrial metal ceramic Thermoplastic elastomers
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      pam o2 are direct pellet extrusion 3D printers, they are open to materials and allow their users to build awesome parts with unlimited creativity possibilities.
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      Pellets materilas Pollen AM 3D printer 3D printing open to materials industrial metal ceramic Thermoplastic elastomers

      Pellets are the genuine raw industrial shape material used in the industry. They ensure the highest quality at lowest cost.
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Integration of details

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Integration of details


in 3D printing
The printing of detail elements, such as an inscription, also have design rules related to the print profile to ensure satisfactory visibility.


Embossed printing must take into account the nozzle size used in printing. Relief prints must:
- have a minimum thickness of the nozzle size;
- have a minimum relief height of the nozzle size.

However, relief printing is not optimal and embossing is preferred whenever possible. Embossing is not dependent on the nozzle size on the x, y plane. The only rule is to ensure a minimum embossing depth of the nozzle size.

In cases where fine embossing is required and in order not to impact the printing time too strongly with a small nozzle size, Pam systems allow the development of multi-resolution print profiles.

FGF Fused Granulate Modeling FGM Fused Granulate Modeling Details in 3D printing embossing


Depending on the configuration of the system (2 to 4 extruders), it is possible to print the main part of a part with one nozzle and at the end of the printing process to provide a finish with a finer nozzle.

This solution, offered by the control of the printing parameters by the operator, guarantees an interesting compromise between fine details and general printing time.

Synthesis of the rules for the first deposited layer

Constraint and element Proposed
solutions
Stage of the 3D printing chain Good
practices
Details in relief Details of a minimum geometry equal to the size of the nozzle used Modeling / Slicing / 3D printing Take advantage of multiple print heads to develop multi-resolution profiles
Minimum height of relief equal to the size of the nozzle used Modeling / Slicing / 3D printing Take advantage of multiple print heads to develop multi-resolution profiles
Embossing details Minimum depth of relief equal to the size of the nozzle used Modeling Favour embossing if possible less restrictive and time-consuming




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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.

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

Metal alloy MIM CIM 3D printed bracket industrial material pellets direct 3D printing Ceramic injection molding
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Metal alloy

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

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