Your seal will be molded in a soft KRAIBURG TPE. Why prototype it in stiff TPU filament?

Pam 3D printers print the pellets you already buy for injection molding. Same grade, same supplier, properties close to the molded part.

See us at Formnext 2026, Frankfurt, 17 to 20 November, Hall 12.1, booth A78.

90+qualified materials, from Shore 00 TPE to ceramics
5 to 100xcheaper material than 3D printing filament
Up to 4materials combined in one part
450 Â°Cmaximum extrusion temperature
400+print settings, fully open
12+ yearsof R&D, designed and built in France

Material suppliers and end users such as KRAIBURG TPE and Decathlon Pulse work with Pollen AM.

A filament prototype validates a shape, not a part


The wrong properties

Stiffness, grip, heat and chemical resistance are those of the filament, not of your final grade. Your tests prove nothing about the real part.

Late, expensive surprises

Real-material problems show up after the mold is cut. On a multi-material shoe sole, right-material prototypes saved about 90 days of iterations and around 18,000 € of tooling per prototype.

A catalogue you can't use

Filament ranges are narrow and expensive. Your certified grade, your colour or your compound usually don't exist as filament.

Print the grade you will produce with


PAM technology extrudes pellets directly: the raw material of the whole injection molding industry, from your usual supplier.

  • Validate function, not just shape, from the first prototype.
  • Thousands of commercial grades: TPE from Shore 00 to Shore D, PP, PA, PEI, filled and certified compounds, metal and ceramic feedstocks.
  • 2 to 4 extruders to combine rigid and soft materials, or a coarse fill with fine contours, in one part.
  • One machine from prototype to series: jigs, fixtures, spare parts and small batches.
Injection-grade pellets turned into functional parts on a pam 3D printer

Filament, pellets or injection: what you really get


Filament 3D printingPam pellet 3D printingInjection molding
MaterialLimited filament rangeYour production gradeYour production grade
Material costHighPellet price, 5 to 100x lowerPellet price
ToolingNoneNoneMold required
Lead timeDaysAbout 1 week6 to 8 weeks
Certified gradesRareFire/smoke, medical, food contact, toy safety, EMIYes
Multi-materialLimited2 to 4 extrudersOvermolding tool
Best forShape checksFunctional prototypes, tooling, small seriesMass production

Bring your pellets to Formnext


Tell us which grade you use. We print a part in your material before the show, and you take it home from our booth.

  1. Register your materialbefore 3 November, with the form on this page.
  2. Send about 1 kg of pelletsWe confirm feasibility within 48 hours.
  3. We print your parta test part or a simplified version of your design.
  4. Collect it in FrankfurtHall 12.1, booth A78, with the print settings we used.

Places are limited and subject to technical feasibility.

Register my material

What it changes for your team


R&D and materials

Test new grades and compounds in hours, without a mold. Multi-extrusion opens new material combinations.

R&D use cases

Design engineers

Validate grip, flexibility and resistance on the real material before you freeze the design.

Design use cases

Production and process

Print jigs, fixtures, tooling and spare parts in-house, in the grades your plant already stocks.

Production use cases

Procurement and management

Pellet material cost, no tooling and fewer mold iterations: a faster, cheaper path to the right part.

Download the brochure

Measured against injection-molded parts


With the right grade and the right settings, printed parts match or beat their molded equivalent.

MaterialPropertyResult
KRAIBURG TPE TC6MLBThermoplastic elastomer, 30 Shore 00 Tensile strength 100 %of the molded part
ABS Lotte StarexPrinted in the X/Y plane Stress at yield 109 %of the molded part
polyMIM 316LStainless steel, sintered Porosity < 1 %566 MPa tensile strength

Download the full test results

Four machines, one process


pam o2 pellet 3D printer

pam o2

Commodity thermoplastics and elastomers. 2 to 4 extruders, up to 350 Â°C.

Discover pam o2
pam o2 HT high temperature pellet 3D printer

pam o2 HT

Engineering and high performance polymers. 2 extruders, up to 450 Â°C.

Discover pam o2 HT
pam o2 MC pellet 3D printer for metal and ceramic feedstocks

pam o2 MC

Metal and ceramic feedstocks. 2 to 4 reinforced extruders, up to 450 Â°C.

Discover pam o2 MC
Pam Pro production pellet 3D printer

Pam Pro

Largest and fastest, up to 500 mm/s, with fully automated calibration. Built for production.

Discover Pam Pro

Questions we hear at every show


Isn't pellet printing hard to tune?

Every machine comes with validated print profiles, Cura powered by Pollen AM (ready-to-print or expert mode with 400+ settings), HoneyPrint control software and the PollenHive e-learning platform. For a new grade, our engineers can develop the profile for you.

Will my specific grade work?

Most injection grades can be printed. The fastest way to find out is the Bring Your Pellets challenge, or a material qualification by our lab.

Can I print certified materials?

Yes. You print the same grade as in injection, so grades certified for fire and smoke, medical use, food contact or toy safety are already validated on our machines.

Is it only for prototypes?

No. Customers use pam printers for tooling, jigs and fixtures, spare parts and small series. On a flame-retardant polycarbonate part, the printed part passed the same vertical burn test as the molded one, with no tooling and a 1-week lead time instead of 6 to 8 weeks.

What support do I get after purchase?

Remote training, technical support from Pollen AM engineers, and services such as profile development, compounding and part production.

See your material printed in Frankfurt


Formnext 2026, 17 to 20 November, Hall 12.1, booth A78. Thirty minutes with an application engineer, focused on your part and your grade.

Not going to Frankfurt? Get free printed samples or watch the webinar replay.