Tullomer can achieve most geometries when printed in a high temperature machine.
And it can achieve many--but not all--geometries on much lower cost standard temperature 3D
printers. Factors such as strength and Z-adhesion may be limited by the capabilities of your
machine, and customization of settings may be necessary to optimize performance for your specific
part and use case. We have provided recommended print profiles, but please note that these do not
guarantee success. Whether printed on a high-temp printer (for best results) or a standard 3D
printer, application engineering support to help print a specific part is not included with the
purchase of material. (To purchase engineering support hours from Dynamism please contact us at sales@dynamism.com or 800-711-6277 or add them in the buy-box.) Thank you.
Key Features:
Ultra lightweight
High stiffness and strength
Superior dimensional stability
No need for annealing
Free US Shipping International customers: please contact us for delivery options.
Tullomer Performance Challenge
Bring Your Ideas to Life
Submit your most ambitious applications for Tullomer filament, and you could win the chance to bring your vision to reality. Winners will receive Tullomer filament and a unique opportunity to collaborate with our team to showcase your project.
Founded in 1997, we bring next-generation technology to customers, with an emphasis on expertise and white-glove service. Showrooms in Chicago, Detroit, Tokyo, and Seoul.
Our Company
The leading national supplier of Desktop 3D printers. Expertise in both Industrial and Desktop 3D printing. Supplier of next-generation Metal, SLS, ultrafast Industrial printers.
Customer Benefits
White glove support
On-site support options
Training packages
Product Overview
Z-Polymers Tullomer 1.75mm Filament - 1kg
The Vision
Tullomer is a breakthrough superpolymer engineered to match the mechanical performance of continuous fiber-reinforced materials like PEEK, Ultem, and PC—without relying on fibers.
The Material Science
The key to Tullomer is the Mesogen Nematic Structures that line up in the same direction this alignment helps create strong fiber like properties. When the material is pushed through a nozzle the molecules stay lined up. This controlled alignment makes the material much stronger in the direction of printing.
The Strength Tullomer’s Molecular Structure Vs Other Super Polymers
Tullomer is considered a 100% crystalline polymer, meaning its molecular structure is highly organized with a consistent repeating pattern, similar to the crystalline structure of metals. This crystalline structure is why it stands up to the performance of PEEK, Ultem & PC.
Key benefits & applications
Tullomer excels in mechanical strength, chemical resistance, and stability across extreme environments, outperforming PEEK, Ultem, and PC in fiber-like performance.
Property
Tullomer
Applications
Mechanical Strength
Superior (Metal-like, Fiber Reinforced)
Industrial tools, heavy machinery, aerospace structures
Chemical Resistance
Exceptional (Pure Crystalline Barrier)
Oil & gas, pharmaceuticals, chemical processing equipment
Tullomer is strong and rigid in the X and Y directions, allowing control over part strength, even for complex shapes. Like most 3D printed materials, it is weaker in the Z direction due to layer bonding.
Recommended Tools
Use textured or untextured build plates
Thick steel build plate is recommended but not needed
Must use a strong glue or adhesive Magigoo for PC is recommended
Recommended Print Settings
Nozzle
Keep nozzle temperature around~275-300°C
Start around 290°C and explore the effects of going hotter and colder.
Tullomer viscosity drops the faster you extrude it, so going hotter is not always better.
Z-adhesion is a challenge with Tullomer, and hotter temperatures help improve adhesion but require slower print speeds.
Bed Temperature
Keeping bed temperature at 120C
Keeping the part hot while printing is key to maximizing Z-layer adhesion and minimizing warping.
Mechanical Properties
If you have a heated chamber, set it to 60°C or hotter if possible.
Keeping the part hot when printing is key to maximizing Z-layer adhesion and minimizing warping.
Print Speed & Layer Recommendations for Tullomer
Recommended Settings
Layer height: 0.050mm
Wall speed: 500 mm/s (or as fast as your printer allows)
Key Considerations
Faster print speeds and thinner layers improve fiber strength by applying more shear during printing.
Z-direction adhesion is weaker than X-Y strength. Printing slower and with thicker layers can improve Z-adhesion but may reduce overall part strength.
Additional Tips
For Better Layer Bonding
Use thicker line widths
Experiment with thinner or thicker layers
Increase nozzle and build chamber temperatures
Print slower or adjust layer times based on part geometry
To Reduce Warping
Use layers thicker than 0.1mm
Download Custom Bambu Material Profiles for Premium Print Quality
We're dedicated to earning each customer's loyalty through exceptional
service.
Who We Are
Founded in 1997, we bring next-generation technology to customers, with an emphasis on expertise
and white-glove service. Showrooms in Chicago, Detroit, Tokyo, and Seoul.
Our Company
The leading national supplier of Desktop 3D printers. Expertise in both Industrial and Desktop 3D
printing. Supplier of next-generation Metal, SLS, ultrafast Industrial printers.
Customer Benefits
White glove support
On-site support options
Training packages
2025 Edition Professional 3D Printer Buyers Guide
Choosing the right 3D printer doesn't have to be difficult. Find the perfect printer for your application. This in-depth guide covers pricing, materials, dimensional accuracy, and more.