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Functional PEEK 3D Printing - INTAMSYS Funmat HT - Industrial 3D Printer

This video shows the printing and annealing process of a disc-brake bracket on the Funmat HT. A simple process, this 3D printer is quickly changing the landscape of additive manufacturing!

INTAMSYS 3D Printed PEEK - Overhang Test #2 - Funmat HT

This is a test of PEEK (Polyether Ether Keytone) Filament printing on the INTAMSYS Funmat HT -- at a 60 degree overhang with NO supports.

This printer was designed to print high-temperature thermoplastics like PEEK, ULTEM™ and PPSU, and man -- it does a fantastic job.

3D Printed PEEK Dental Mold

This video overviews the process of printing a dental mold in PEEK, removing it from the bed, and post-processing...

PEEK 3D Printing - Prepping the Build Plate on the Funmat (HOW-TO)

NOTE: This is an OLD method and article from years ago. Now, we created Nano Polymer Adhesive, and it...

PEEK 3D Print - Massive Overhang Fan Shroud - Intamsys Funmat HT Printer (2018)

3D Printing PEEK (PolyEther Ether Keytone) -- In this print, we stretched the overhang limits with NO SUPPORTS to...

PEEK 3D Print - Massive Overhang Fan Shroud - Intamsys Funmat HT Printer (2018)

3D Printing PEEK (PolyEther Ether Keytone) -- In this print, we stretched the overhang limits with NO SUPPORTS to demonstrate the capabilities of PEEK -- with a high glass-transistion temperature, you can acheive incredible results with this thermoplastic!

ROUND 2: PEEK Support Removal - 3D Printed Medical Part - Funmat HT Industrial 3D Printer (TEST)

A short video overviewing the removal of support material from a medical 3D printed object in PEEK (Polyether Ether Keytone) after some adjustments to the settings.

The first video was a dry-run, first-attempt print. Second round, we adjusted settings and got massively improved results. As you can see the part is removed with almost no effort.

PEEK Support Material Removal - 3D Printed Surgical Guide - Funmat HT 3D Printer (TEST 1/2)

A short video overviewing the removal of support material from a medical 3D printed object in PEEK (Polyether Ether Keytone)